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Produced: 7/19/2015 1:58:53 PM
   
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Left file: C:\mksong\workspace_genproglase\genproglase-output-r1658\template09\0718-1345\valgrind-bug-12474-12473\sanity\drd\drd_load_store.c  
Right file: C:\mksong\workspace_genproglase\genproglase-output-r1658\template09\0718-1345\valgrind-bug-12474-12473\000000\drd\drd_load_store.c  

1	typedef unsigned char UChar;	=	1	typedef unsigned char UChar;
2	typedef signed char Char;		2	typedef signed char Char;
3	typedef char HChar;		3	typedef char HChar;
4	typedef unsigned short UShort;		4	typedef unsigned short UShort;
5	typedef short Short;		5	typedef short Short;
6	typedef unsigned int UInt;		6	typedef unsigned int UInt;
7	typedef int Int;		7	typedef int Int;
8	typedef unsigned long long ULong;		8	typedef unsigned long long ULong;
9	typedef long long Long;		9	typedef long long Long;
10	typedef UInt U128[4];		10	typedef UInt U128[4];
11	union __anonunion_V128_1 {		11	union __anonunion_V128_1 {
12	UChar w8[16] ;		12	UChar w8[16] ;
13	UShort w16[8] ;		13	UShort w16[8] ;
14	UInt w32[4] ;		14	UInt w32[4] ;
15	ULong w64[2] ;		15	ULong w64[2] ;
16	};		16	};
17	typedef union __anonunion_V128_1 V128;		17	typedef union __anonunion_V128_1 V128;
18	typedef float Float;		18	typedef float Float;
19	typedef double Double;		19	typedef double Double;
20	typedef unsigned char Bool;		20	typedef unsigned char Bool;
21	typedef UInt Addr32;		21	typedef UInt Addr32;
22	typedef ULong Addr64;		22	typedef ULong Addr64;
23	typedef unsigned long HWord;		23	typedef unsigned long HWord;
24	typedef __builtin_va_list __gnuc_va_list;		24	typedef __builtin_va_list __gnuc_va_list;
25	typedef __gnuc_va_list va_list;		25	typedef __gnuc_va_list va_list;
26	typedef unsigned long UWord;		26	typedef unsigned long UWord;
27	typedef long Word;		27	typedef long Word;
28	typedef UWord Addr;		28	typedef UWord Addr;
29	typedef UWord AddrH;		29	typedef UWord AddrH;
30	typedef UWord SizeT;		30	typedef UWord SizeT;
31	typedef Word SSizeT;		31	typedef Word SSizeT;
32	typedef Word PtrdiffT;		32	typedef Word PtrdiffT;
33	typedef Word OffT;		33	typedef Word OffT;
34	typedef Long Off64T;		34	typedef Long Off64T;
35	struct __anonstruct_UWordPair_2 {		35	struct __anonstruct_UWordPair_2 {
36	UWord uw1 ;		36	UWord uw1 ;
37	UWord uw2 ;		37	UWord uw2 ;
38	};		38	};
39	typedef struct __anonstruct_UWordPair_2 UWordPair;		39	typedef struct __anonstruct_UWordPair_2 UWordPair;
40	typedef UInt ThreadId;		40	typedef UInt ThreadId;
41	struct __anonstruct_SysRes_3 {		41	struct __anonstruct_SysRes_3 {
42	UWord _val ;		42	UWord _val ;
43	Bool _isError ;		43	Bool _isError ;
44	};		44	};
45	typedef struct __anonstruct_SysRes_3 SysRes;		45	typedef struct __anonstruct_SysRes_3 SysRes;
46	typedef UInt DrdThreadId;		46	typedef UInt DrdThreadId;
47	struct _OSet;		47	struct _OSet;
48	typedef struct _OSet OSet;		48	typedef struct _OSet OSet;
49	typedef Word (*OSetCmp_t)(void const   *key , void const   *elem );		49	typedef Word (*OSetCmp_t)(void const   *key , void const   *elem );
50	typedef void *(*OSetAlloc_t)(HChar *cc , SizeT szB );		50	typedef void *(*OSetAlloc_t)(HChar *cc , SizeT szB );
51	typedef void (*OSetFree_t)(void *p );		51	typedef void (*OSetFree_t)(void *p );
52	struct bitmap;		52	struct bitmap;
53	struct bitmap;		53	struct bitmap;
54	enum __anonenum_BmAccessTypeT_4 {		54	enum __anonenum_BmAccessTypeT_4 {
55	eLoad = 0,		55	eLoad = 0,
56	eStore = 1,		56	eStore = 1,
57	eStart = 2,		57	eStart = 2,
58	eEnd = 3		58	eEnd = 3
59	} ;		59	} ;
60	typedef enum __anonenum_BmAccessTypeT_4 BmAccessTypeT;		60	typedef enum __anonenum_BmAccessTypeT_4 BmAccessTypeT;
61	struct bitmap2;		61	struct bitmap2;
62	struct bm_cache_elem {		62	struct bm_cache_elem {
63	Addr a1 ;		63	Addr a1 ;
64	struct bitmap2 *bm2 ;		64	struct bitmap2 *bm2 ;
65	};		65	};
66	struct bitmap {		66	struct bitmap {
67	struct bm_cache_elem cache[4] ;		67	struct bm_cache_elem cache[4] ;
68	OSet *oset ;		68	OSet *oset ;
69	};		69	};
70	struct bitmap1 {		70	struct bitmap1 {
71	UWord bm0_r[1U << 7] ;		71	UWord bm0_r[1U << 7] ;
72	UWord bm0_w[1U << 7] ;		72	UWord bm0_w[1U << 7] ;
73	};		73	};
74	struct bitmap2 {		74	struct bitmap2 {
75	Addr addr ;		75	Addr addr ;
76	Bool recalc ;		76	Bool recalc ;
77	struct bitmap1 bm1 ;		77	struct bitmap1 bm1 ;
78	};		78	};
79	struct __anonstruct_VCElem_5 {		79	struct __anonstruct_VCElem_5 {
80	DrdThreadId threadid ;		80	DrdThreadId threadid ;
81	UInt count ;		81	UInt count ;
82	};		82	};
83	typedef struct __anonstruct_VCElem_5 VCElem;		83	typedef struct __anonstruct_VCElem_5 VCElem;
84	struct __anonstruct_VectorClock_6 {		84	struct __anonstruct_VectorClock_6 {
85	unsigned int capacity ;		85	unsigned int capacity ;
86	unsigned int size ;		86	unsigned int size ;
87	VCElem *vc ;		87	VCElem *vc ;
88	VCElem preallocated[8] ;		88	VCElem preallocated[8] ;
89	};		89	};
90	typedef struct __anonstruct_VectorClock_6 VectorClock;		90	typedef struct __anonstruct_VectorClock_6 VectorClock;
91	struct _ExeContext;		91	struct _ExeContext;
92	typedef struct _ExeContext ExeContext;		92	typedef struct _ExeContext ExeContext;
93	enum __anonenum_VgRes_7 {		93	enum __anonenum_VgRes_7 {
94	Vg_LowRes = 0,		94	Vg_LowRes = 0,
95	Vg_MedRes = 1,		95	Vg_MedRes = 1,
96	Vg_HighRes = 2		96	Vg_HighRes = 2
97	} ;		97	} ;
98	typedef enum __anonenum_VgRes_7 VgRes;		98	typedef enum __anonenum_VgRes_7 VgRes;
99	typedef Addr *StackTrace;		99	typedef Addr *StackTrace;
100	struct segment {		100	struct segment {
101	struct segment *g_next ;		101	struct segment *g_next ;
102	struct segment *g_prev ;		102	struct segment *g_prev ;
103	struct segment *thr_next ;		103	struct segment *thr_next ;
104	struct segment *thr_prev ;		104	struct segment *thr_prev ;
105	DrdThreadId tid ;		105	DrdThreadId tid ;
106	int refcnt ;		106	int refcnt ;
107	ExeContext *stacktrace ;		107	ExeContext *stacktrace ;
108	VectorClock vc ;		108	VectorClock vc ;
109	struct bitmap bm ;		109	struct bitmap bm ;
110	};		110	};
111	typedef struct segment Segment;		111	typedef struct segment Segment;
112	typedef UWord PThreadId;		112	typedef UWord PThreadId;
113	struct __anonstruct_ThreadInfo_8 {		113	struct __anonstruct_ThreadInfo_8 {
114	struct segment *sg_first ;		114	struct segment *sg_first ;
115	struct segment *sg_last ;		115	struct segment *sg_last ;
116	ThreadId vg_threadid ;		116	ThreadId vg_threadid ;
117	PThreadId pt_threadid ;		117	PThreadId pt_threadid ;
118	Addr stack_min_min ;		118	Addr stack_min_min ;
119	Addr stack_min ;		119	Addr stack_min ;
120	Addr stack_startup ;		120	Addr stack_startup ;
121	Addr stack_max ;		121	Addr stack_max ;
122	SizeT stack_size ;		122	SizeT stack_size ;
123	char name[64] ;		123	char name[64] ;
124	Bool on_alt_stack ;		124	Bool on_alt_stack ;
125	Bool valid ;		125	Bool valid ;
126	Bool vg_thread_exists ;		126	Bool vg_thread_exists ;
127	Bool posix_thread_exists ;		127	Bool posix_thread_exists ;
128	Bool detached_posix_thread ;		128	Bool detached_posix_thread ;
129	Bool is_recording_loads ;		129	Bool is_recording_loads ;
130	Bool is_recording_stores ;		130	Bool is_recording_stores ;
131	Int pthread_create_nesting_level ;		131	Int pthread_create_nesting_level ;
132	Int synchr_nesting ;		132	Int synchr_nesting ;
133	unsigned int deletion_seq ;		133	unsigned int deletion_seq ;
134	};		134	};
135	typedef struct __anonstruct_ThreadInfo_8 ThreadInfo;		135	typedef struct __anonstruct_ThreadInfo_8 ThreadInfo;
136	enum __anonenum_Vg_FnNameKind_9 {		136	enum __anonenum_Vg_FnNameKind_9 {
137	Vg_FnNameNormal = 0,		137	Vg_FnNameNormal = 0,
138	Vg_FnNameMain = 1,		138	Vg_FnNameMain = 1,
139	Vg_FnNameBelowMain = 2		139	Vg_FnNameBelowMain = 2
140	} ;		140	} ;
141	typedef enum __anonenum_Vg_FnNameKind_9 Vg_FnNameKind;		141	typedef enum __anonenum_Vg_FnNameKind_9 Vg_FnNameKind;
142	struct __anonstruct_StackBlock_10 {		142	struct __anonstruct_StackBlock_10 {
143	PtrdiffT base ;		143	PtrdiffT base ;
144	SizeT szB ;		144	SizeT szB ;
145	Bool spRel ;		145	Bool spRel ;
146	Bool isVec ;		146	Bool isVec ;
147	HChar name[16] ;		147	HChar name[16] ;
148	};		148	};
149	typedef struct __anonstruct_StackBlock_10 StackBlock;		149	typedef struct __anonstruct_StackBlock_10 StackBlock;
150	struct __anonstruct_GlobalBlock_11 {		150	struct __anonstruct_GlobalBlock_11 {
151	Addr addr ;		151	Addr addr ;
152	SizeT szB ;		152	SizeT szB ;
153	Bool isVec ;		153	Bool isVec ;
154	HChar name[16] ;		154	HChar name[16] ;
155	HChar soname[16] ;		155	HChar soname[16] ;
156	};		156	};
157	typedef struct __anonstruct_GlobalBlock_11 GlobalBlock;		157	typedef struct __anonstruct_GlobalBlock_11 GlobalBlock;
158	struct _DebugInfo;		158	struct _DebugInfo;
159	typedef struct _DebugInfo DebugInfo;		159	typedef struct _DebugInfo DebugInfo;
160	enum __anonenum_VgSectKind_12 {		160	enum __anonenum_VgSectKind_12 {
161	Vg_SectUnknown = 0,		161	Vg_SectUnknown = 0,
162	Vg_SectText = 1,		162	Vg_SectText = 1,
163	Vg_SectData = 2,		163	Vg_SectData = 2,
164	Vg_SectBSS = 3,		164	Vg_SectBSS = 3,
165	Vg_SectGOT = 4,		165	Vg_SectGOT = 4,
166	Vg_SectPLT = 5,		166	Vg_SectPLT = 5,
167	Vg_SectGOTPLT = 6,		167	Vg_SectGOTPLT = 6,
168	Vg_SectOPD = 7		168	Vg_SectOPD = 7
169	} ;		169	} ;
170	typedef enum __anonenum_VgSectKind_12 VgSectKind;		170	typedef enum __anonenum_VgSectKind_12 VgSectKind;
171	typedef Int ErrorKind;		171	typedef Int ErrorKind;
172	struct _Error;		172	struct _Error;
173	typedef struct _Error Error;		173	typedef struct _Error Error;
174	typedef Int SuppKind;		174	typedef Int SuppKind;
175	struct _Supp;		175	struct _Supp;
176	typedef struct _Supp Supp;		176	typedef struct _Supp Supp;
177	enum __anonenum_DrdErrorKind_13 {		177	enum __anonenum_DrdErrorKind_13 {
178	DataRaceErr = 1,		178	DataRaceErr = 1,
179	MutexErr = 2,		179	MutexErr = 2,
180	CondErr = 3,		180	CondErr = 3,
181	CondDestrErr = 4,		181	CondDestrErr = 4,
182	CondRaceErr = 5,		182	CondRaceErr = 5,
183	CondWaitErr = 6,		183	CondWaitErr = 6,
184	SemaphoreErr = 7,		184	SemaphoreErr = 7,
185	BarrierErr = 8,		185	BarrierErr = 8,
186	RwlockErr = 9,		186	RwlockErr = 9,
187	HoldtimeErr = 10,		187	HoldtimeErr = 10,
188	GenericErr = 11,		188	GenericErr = 11,
189	InvalidThreadId = 12,		189	InvalidThreadId = 12,
190	UnimpHgClReq = 13,		190	UnimpHgClReq = 13,
191	UnimpDrdClReq = 14		191	UnimpDrdClReq = 14
192	} ;		192	} ;
193	typedef enum __anonenum_DrdErrorKind_13 DrdErrorKind;		193	typedef enum __anonenum_DrdErrorKind_13 DrdErrorKind;
194	enum __anonenum_AddrKind_14 {		194	enum __anonenum_AddrKind_14 {
195	eStack = 0,		195	eStack = 0,
196	eUnknown = 1,		196	eUnknown = 1,
197	eMallocd = 2,		197	eMallocd = 2,
198	eSegment = 3		198	eSegment = 3
199	} ;		199	} ;
200	typedef enum __anonenum_AddrKind_14 AddrKind;		200	typedef enum __anonenum_AddrKind_14 AddrKind;
201	struct __anonstruct_AddrInfo_15 {		201	struct __anonstruct_AddrInfo_15 {
202	AddrKind akind ;		202	AddrKind akind ;
203	SizeT size ;		203	SizeT size ;
204	PtrdiffT rwoffset ;		204	PtrdiffT rwoffset ;
205	ExeContext *lastchange ;		205	ExeContext *lastchange ;
206	DrdThreadId stack_tid ;		206	DrdThreadId stack_tid ;
207	DebugInfo *debuginfo ;		207	DebugInfo *debuginfo ;
208	Char name[256] ;		208	Char name[256] ;
209	Char descr[256] ;		209	Char descr[256] ;
210	};		210	};
211	typedef struct __anonstruct_AddrInfo_15 AddrInfo;		211	typedef struct __anonstruct_AddrInfo_15 AddrInfo;
212	struct __anonstruct_DataRaceErrInfo_16 {		212	struct __anonstruct_DataRaceErrInfo_16 {
213	DrdThreadId tid ;		213	DrdThreadId tid ;
214	Addr addr ;		214	Addr addr ;
215	SizeT size ;		215	SizeT size ;
216	BmAccessTypeT access_type ;		216	BmAccessTypeT access_type ;
217	};		217	};
218	typedef struct __anonstruct_DataRaceErrInfo_16 DataRaceErrInfo;		218	typedef struct __anonstruct_DataRaceErrInfo_16 DataRaceErrInfo;
219	struct __anonstruct_MutexErrInfo_17 {		219	struct __anonstruct_MutexErrInfo_17 {
220	DrdThreadId tid ;		220	DrdThreadId tid ;
221	Addr mutex ;		221	Addr mutex ;
222	Int recursion_count ;		222	Int recursion_count ;
223	DrdThreadId owner ;		223	DrdThreadId owner ;
224	};		224	};
225	typedef struct __anonstruct_MutexErrInfo_17 MutexErrInfo;		225	typedef struct __anonstruct_MutexErrInfo_17 MutexErrInfo;
226	struct __anonstruct_CondErrInfo_18 {		226	struct __anonstruct_CondErrInfo_18 {
227	DrdThreadId tid ;		227	DrdThreadId tid ;
228	Addr cond ;		228	Addr cond ;
229	};		229	};
230	typedef struct __anonstruct_CondErrInfo_18 CondErrInfo;		230	typedef struct __anonstruct_CondErrInfo_18 CondErrInfo;
231	struct __anonstruct_CondDestrErrInfo_19 {		231	struct __anonstruct_CondDestrErrInfo_19 {
232	DrdThreadId tid ;		232	DrdThreadId tid ;
233	Addr cond ;		233	Addr cond ;
234	Addr mutex ;		234	Addr mutex ;
235	DrdThreadId owner ;		235	DrdThreadId owner ;
236	};		236	};
237	typedef struct __anonstruct_CondDestrErrInfo_19 CondDestrErrInfo;		237	typedef struct __anonstruct_CondDestrErrInfo_19 CondDestrErrInfo;
238	struct __anonstruct_CondRaceErrInfo_20 {		238	struct __anonstruct_CondRaceErrInfo_20 {
239	DrdThreadId tid ;		239	DrdThreadId tid ;
240	Addr cond ;		240	Addr cond ;
241	Addr mutex ;		241	Addr mutex ;
242	};		242	};
243	typedef struct __anonstruct_CondRaceErrInfo_20 CondRaceErrInfo;		243	typedef struct __anonstruct_CondRaceErrInfo_20 CondRaceErrInfo;
244	struct __anonstruct_CondWaitErrInfo_21 {		244	struct __anonstruct_CondWaitErrInfo_21 {
245	DrdThreadId tid ;		245	DrdThreadId tid ;
246	Addr cond ;		246	Addr cond ;
247	Addr mutex1 ;		247	Addr mutex1 ;
248	Addr mutex2 ;		248	Addr mutex2 ;
249	};		249	};
250	typedef struct __anonstruct_CondWaitErrInfo_21 CondWaitErrInfo;		250	typedef struct __anonstruct_CondWaitErrInfo_21 CondWaitErrInfo;
251	struct __anonstruct_SemaphoreErrInfo_22 {		251	struct __anonstruct_SemaphoreErrInfo_22 {
252	DrdThreadId tid ;		252	DrdThreadId tid ;
253	Addr semaphore ;		253	Addr semaphore ;
254	};		254	};
255	typedef struct __anonstruct_SemaphoreErrInfo_22 SemaphoreErrInfo;		255	typedef struct __anonstruct_SemaphoreErrInfo_22 SemaphoreErrInfo;
256	struct __anonstruct_BarrierErrInfo_23 {		256	struct __anonstruct_BarrierErrInfo_23 {
257	DrdThreadId tid ;		257	DrdThreadId tid ;
258	Addr barrier ;		258	Addr barrier ;
259	DrdThreadId other_tid ;		259	DrdThreadId other_tid ;
260	ExeContext *other_context ;		260	ExeContext *other_context ;
261	};		261	};
262	typedef struct __anonstruct_BarrierErrInfo_23 BarrierErrInfo;		262	typedef struct __anonstruct_BarrierErrInfo_23 BarrierErrInfo;
263	struct __anonstruct_RwlockErrInfo_24 {		263	struct __anonstruct_RwlockErrInfo_24 {
264	DrdThreadId tid ;		264	DrdThreadId tid ;
265	Addr rwlock ;		265	Addr rwlock ;
266	};		266	};
267	typedef struct __anonstruct_RwlockErrInfo_24 RwlockErrInfo;		267	typedef struct __anonstruct_RwlockErrInfo_24 RwlockErrInfo;
268	struct __anonstruct_HoldtimeErrInfo_25 {		268	struct __anonstruct_HoldtimeErrInfo_25 {
269	DrdThreadId tid ;		269	DrdThreadId tid ;
270	Addr synchronization_object ;		270	Addr synchronization_object ;
271	ExeContext *acquired_at ;		271	ExeContext *acquired_at ;
272	UInt hold_time_ms ;		272	UInt hold_time_ms ;
273	UInt threshold_ms ;		273	UInt threshold_ms ;
274	};		274	};
275	typedef struct __anonstruct_HoldtimeErrInfo_25 HoldtimeErrInfo;		275	typedef struct __anonstruct_HoldtimeErrInfo_25 HoldtimeErrInfo;
276	struct __anonstruct_GenericErrInfo_26 {		276	struct __anonstruct_GenericErrInfo_26 {
277	DrdThreadId tid ;		277	DrdThreadId tid ;
278	Addr addr ;		278	Addr addr ;
279	};		279	};
280	typedef struct __anonstruct_GenericErrInfo_26 GenericErrInfo;		280	typedef struct __anonstruct_GenericErrInfo_26 GenericErrInfo;
281	struct __anonstruct_InvalidThreadIdInfo_27 {		281	struct __anonstruct_InvalidThreadIdInfo_27 {
282	DrdThreadId tid ;		282	DrdThreadId tid ;
283	ULong ptid ;		283	ULong ptid ;
284	};		284	};
285	typedef struct __anonstruct_InvalidThreadIdInfo_27 InvalidThreadIdInfo;		285	typedef struct __anonstruct_InvalidThreadIdInfo_27 InvalidThreadIdInfo;
286	struct __anonstruct_UnimpClReqInfo_28 {		286	struct __anonstruct_UnimpClReqInfo_28 {
287	DrdThreadId tid ;		287	DrdThreadId tid ;
288	Char *descr ;		288	Char *descr ;
289	};		289	};
290	typedef struct __anonstruct_UnimpClReqInfo_28 UnimpClReqInfo;		290	typedef struct __anonstruct_UnimpClReqInfo_28 UnimpClReqInfo;
291	enum __anonenum_VgMsgKind_29 {		291	enum __anonenum_VgMsgKind_29 {
292	Vg_FailMsg = 0,		292	Vg_FailMsg = 0,
293	Vg_UserMsg = 1,		293	Vg_UserMsg = 1,
294	Vg_DebugMsg = 2,		294	Vg_DebugMsg = 2,
295	Vg_ClientMsg = 3		295	Vg_ClientMsg = 3
296	} ;		296	} ;
297	typedef enum __anonenum_VgMsgKind_29 VgMsgKind;		297	typedef enum __anonenum_VgMsgKind_29 VgMsgKind;
298	enum __anonenum_IRType_30 {		298	enum __anonenum_IRType_30 {
299	Ity_INVALID = 69632,		299	Ity_INVALID = 69632,
300	Ity_I1 = 69633,		300	Ity_I1 = 69633,
301	Ity_I8 = 69634,		301	Ity_I8 = 69634,
302	Ity_I16 = 69635,		302	Ity_I16 = 69635,
303	Ity_I32 = 69636,		303	Ity_I32 = 69636,
304	Ity_I64 = 69637,		304	Ity_I64 = 69637,
305	Ity_I128 = 69638,		305	Ity_I128 = 69638,
306	Ity_F32 = 69639,		306	Ity_F32 = 69639,
307	Ity_F64 = 69640,		307	Ity_F64 = 69640,
308	Ity_F128 = 69641,		308	Ity_F128 = 69641,
309	Ity_V128 = 69642		309	Ity_V128 = 69642
310	} ;		310	} ;
311	typedef enum __anonenum_IRType_30 IRType;		311	typedef enum __anonenum_IRType_30 IRType;
312	enum __anonenum_IREndness_31 {		312	enum __anonenum_IREndness_31 {
313	Iend_LE = 73728,		313	Iend_LE = 73728,
314	Iend_BE = 73729		314	Iend_BE = 73729
315	} ;		315	} ;
316	typedef enum __anonenum_IREndness_31 IREndness;		316	typedef enum __anonenum_IREndness_31 IREndness;
317	enum __anonenum_IRConstTag_32 {		317	enum __anonenum_IRConstTag_32 {
318	Ico_U1 = 77824,		318	Ico_U1 = 77824,
319	Ico_U8 = 77825,		319	Ico_U8 = 77825,
320	Ico_U16 = 77826,		320	Ico_U16 = 77826,
321	Ico_U32 = 77827,		321	Ico_U32 = 77827,
322	Ico_U64 = 77828,		322	Ico_U64 = 77828,
323	Ico_F32 = 77829,		323	Ico_F32 = 77829,
324	Ico_F32i = 77830,		324	Ico_F32i = 77830,
325	Ico_F64 = 77831,		325	Ico_F64 = 77831,
326	Ico_F64i = 77832,		326	Ico_F64i = 77832,
327	Ico_V128 = 77833		327	Ico_V128 = 77833
328	} ;		328	} ;
329	typedef enum __anonenum_IRConstTag_32 IRConstTag;		329	typedef enum __anonenum_IRConstTag_32 IRConstTag;
330	union __anonunion_Ico_33 {		330	union __anonunion_Ico_33 {
331	Bool U1 ;		331	Bool U1 ;
332	UChar U8 ;		332	UChar U8 ;
333	UShort U16 ;		333	UShort U16 ;
334	UInt U32 ;		334	UInt U32 ;
335	ULong U64 ;		335	ULong U64 ;
336	Float F32 ;		336	Float F32 ;
337	UInt F32i ;		337	UInt F32i ;
338	Double F64 ;		338	Double F64 ;
339	ULong F64i ;		339	ULong F64i ;
340	UShort V128 ;		340	UShort V128 ;
341	};		341	};
342	struct _IRConst {		342	struct _IRConst {
343	IRConstTag tag ;		343	IRConstTag tag ;
344	union __anonunion_Ico_33 Ico ;		344	union __anonunion_Ico_33 Ico ;
345	};		345	};
346	typedef struct _IRConst IRConst;		346	typedef struct _IRConst IRConst;
347	struct __anonstruct_IRCallee_34 {		347	struct __anonstruct_IRCallee_34 {
348	Int regparms ;		348	Int regparms ;
349	HChar *name ;		349	HChar *name ;
350	void *addr ;		350	void *addr ;
351	UInt mcx_mask ;		351	UInt mcx_mask ;
352	};		352	};
353	typedef struct __anonstruct_IRCallee_34 IRCallee;		353	typedef struct __anonstruct_IRCallee_34 IRCallee;
354	struct __anonstruct_IRRegArray_35 {		354	struct __anonstruct_IRRegArray_35 {
355	Int base ;		355	Int base ;
356	IRType elemTy ;		356	IRType elemTy ;
357	Int nElems ;		357	Int nElems ;
358	};		358	};
359	typedef struct __anonstruct_IRRegArray_35 IRRegArray;		359	typedef struct __anonstruct_IRRegArray_35 IRRegArray;
360	typedef UInt IRTemp;		360	typedef UInt IRTemp;
361	enum __anonenum_IROp_36 {		361	enum __anonenum_IROp_36 {
362	Iop_INVALID = 81920,		362	Iop_INVALID = 81920,
363	Iop_Add8 = 81921,		363	Iop_Add8 = 81921,
364	Iop_Add16 = 81922,		364	Iop_Add16 = 81922,
365	Iop_Add32 = 81923,		365	Iop_Add32 = 81923,
366	Iop_Add64 = 81924,		366	Iop_Add64 = 81924,
367	Iop_Sub8 = 81925,		367	Iop_Sub8 = 81925,
368	Iop_Sub16 = 81926,		368	Iop_Sub16 = 81926,
369	Iop_Sub32 = 81927,		369	Iop_Sub32 = 81927,
370	Iop_Sub64 = 81928,		370	Iop_Sub64 = 81928,
371	Iop_Mul8 = 81929,		371	Iop_Mul8 = 81929,
372	Iop_Mul16 = 81930,		372	Iop_Mul16 = 81930,
373	Iop_Mul32 = 81931,		373	Iop_Mul32 = 81931,
374	Iop_Mul64 = 81932,		374	Iop_Mul64 = 81932,
375	Iop_Or8 = 81933,		375	Iop_Or8 = 81933,
376	Iop_Or16 = 81934,		376	Iop_Or16 = 81934,
377	Iop_Or32 = 81935,		377	Iop_Or32 = 81935,
378	Iop_Or64 = 81936,		378	Iop_Or64 = 81936,
379	Iop_And8 = 81937,		379	Iop_And8 = 81937,
380	Iop_And16 = 81938,		380	Iop_And16 = 81938,
381	Iop_And32 = 81939,		381	Iop_And32 = 81939,
382	Iop_And64 = 81940,		382	Iop_And64 = 81940,
383	Iop_Xor8 = 81941,		383	Iop_Xor8 = 81941,
384	Iop_Xor16 = 81942,		384	Iop_Xor16 = 81942,
385	Iop_Xor32 = 81943,		385	Iop_Xor32 = 81943,
386	Iop_Xor64 = 81944,		386	Iop_Xor64 = 81944,
387	Iop_Shl8 = 81945,		387	Iop_Shl8 = 81945,
388	Iop_Shl16 = 81946,		388	Iop_Shl16 = 81946,
389	Iop_Shl32 = 81947,		389	Iop_Shl32 = 81947,
390	Iop_Shl64 = 81948,		390	Iop_Shl64 = 81948,
391	Iop_Shr8 = 81949,		391	Iop_Shr8 = 81949,
392	Iop_Shr16 = 81950,		392	Iop_Shr16 = 81950,
393	Iop_Shr32 = 81951,		393	Iop_Shr32 = 81951,
394	Iop_Shr64 = 81952,		394	Iop_Shr64 = 81952,
395	Iop_Sar8 = 81953,		395	Iop_Sar8 = 81953,
396	Iop_Sar16 = 81954,		396	Iop_Sar16 = 81954,
397	Iop_Sar32 = 81955,		397	Iop_Sar32 = 81955,
398	Iop_Sar64 = 81956,		398	Iop_Sar64 = 81956,
399	Iop_CmpEQ8 = 81957,		399	Iop_CmpEQ8 = 81957,
400	Iop_CmpEQ16 = 81958,		400	Iop_CmpEQ16 = 81958,
401	Iop_CmpEQ32 = 81959,		401	Iop_CmpEQ32 = 81959,
402	Iop_CmpEQ64 = 81960,		402	Iop_CmpEQ64 = 81960,
403	Iop_CmpNE8 = 81961,		403	Iop_CmpNE8 = 81961,
404	Iop_CmpNE16 = 81962,		404	Iop_CmpNE16 = 81962,
405	Iop_CmpNE32 = 81963,		405	Iop_CmpNE32 = 81963,
406	Iop_CmpNE64 = 81964,		406	Iop_CmpNE64 = 81964,
407	Iop_Not8 = 81965,		407	Iop_Not8 = 81965,
408	Iop_Not16 = 81966,		408	Iop_Not16 = 81966,
409	Iop_Not32 = 81967,		409	Iop_Not32 = 81967,
410	Iop_Not64 = 81968,		410	Iop_Not64 = 81968,
411	Iop_CasCmpEQ8 = 81969,		411	Iop_CasCmpEQ8 = 81969,
412	Iop_CasCmpEQ16 = 81970,		412	Iop_CasCmpEQ16 = 81970,
413	Iop_CasCmpEQ32 = 81971,		413	Iop_CasCmpEQ32 = 81971,
414	Iop_CasCmpEQ64 = 81972,		414	Iop_CasCmpEQ64 = 81972,
415	Iop_CasCmpNE8 = 81973,		415	Iop_CasCmpNE8 = 81973,
416	Iop_CasCmpNE16 = 81974,		416	Iop_CasCmpNE16 = 81974,
417	Iop_CasCmpNE32 = 81975,		417	Iop_CasCmpNE32 = 81975,
418	Iop_CasCmpNE64 = 81976,		418	Iop_CasCmpNE64 = 81976,
419	Iop_MullS8 = 81977,		419	Iop_MullS8 = 81977,
420	Iop_MullS16 = 81978,		420	Iop_MullS16 = 81978,
421	Iop_MullS32 = 81979,		421	Iop_MullS32 = 81979,
422	Iop_MullS64 = 81980,		422	Iop_MullS64 = 81980,
423	Iop_MullU8 = 81981,		423	Iop_MullU8 = 81981,
424	Iop_MullU16 = 81982,		424	Iop_MullU16 = 81982,
425	Iop_MullU32 = 81983,		425	Iop_MullU32 = 81983,
426	Iop_MullU64 = 81984,		426	Iop_MullU64 = 81984,
427	Iop_Clz64 = 81985,		427	Iop_Clz64 = 81985,
428	Iop_Clz32 = 81986,		428	Iop_Clz32 = 81986,
429	Iop_Ctz64 = 81987,		429	Iop_Ctz64 = 81987,
430	Iop_Ctz32 = 81988,		430	Iop_Ctz32 = 81988,
431	Iop_CmpLT32S = 81989,		431	Iop_CmpLT32S = 81989,
432	Iop_CmpLT64S = 81990,		432	Iop_CmpLT64S = 81990,
433	Iop_CmpLE32S = 81991,		433	Iop_CmpLE32S = 81991,
434	Iop_CmpLE64S = 81992,		434	Iop_CmpLE64S = 81992,
435	Iop_CmpLT32U = 81993,		435	Iop_CmpLT32U = 81993,
436	Iop_CmpLT64U = 81994,		436	Iop_CmpLT64U = 81994,
437	Iop_CmpLE32U = 81995,		437	Iop_CmpLE32U = 81995,
438	Iop_CmpLE64U = 81996,		438	Iop_CmpLE64U = 81996,
439	Iop_CmpNEZ8 = 81997,		439	Iop_CmpNEZ8 = 81997,
440	Iop_CmpNEZ16 = 81998,		440	Iop_CmpNEZ16 = 81998,
441	Iop_CmpNEZ32 = 81999,		441	Iop_CmpNEZ32 = 81999,
442	Iop_CmpNEZ64 = 82000,		442	Iop_CmpNEZ64 = 82000,
443	Iop_CmpwNEZ32 = 82001,		443	Iop_CmpwNEZ32 = 82001,
444	Iop_CmpwNEZ64 = 82002,		444	Iop_CmpwNEZ64 = 82002,
445	Iop_Left8 = 82003,		445	Iop_Left8 = 82003,
446	Iop_Left16 = 82004,		446	Iop_Left16 = 82004,
447	Iop_Left32 = 82005,		447	Iop_Left32 = 82005,
448	Iop_Left64 = 82006,		448	Iop_Left64 = 82006,
449	Iop_Max32U = 82007,		449	Iop_Max32U = 82007,
450	Iop_CmpORD32U = 82008,		450	Iop_CmpORD32U = 82008,
451	Iop_CmpORD64U = 82009,		451	Iop_CmpORD64U = 82009,
452	Iop_CmpORD32S = 82010,		452	Iop_CmpORD32S = 82010,
453	Iop_CmpORD64S = 82011,		453	Iop_CmpORD64S = 82011,
454	Iop_DivU32 = 82012,		454	Iop_DivU32 = 82012,
455	Iop_DivS32 = 82013,		455	Iop_DivS32 = 82013,
456	Iop_DivU64 = 82014,		456	Iop_DivU64 = 82014,
457	Iop_DivS64 = 82015,		457	Iop_DivS64 = 82015,
458	Iop_DivU64E = 82016,		458	Iop_DivU64E = 82016,
459	Iop_DivS64E = 82017,		459	Iop_DivS64E = 82017,
460	Iop_DivU32E = 82018,		460	Iop_DivU32E = 82018,
461	Iop_DivS32E = 82019,		461	Iop_DivS32E = 82019,
462	Iop_DivModU64to32 = 82020,		462	Iop_DivModU64to32 = 82020,
463	Iop_DivModS64to32 = 82021,		463	Iop_DivModS64to32 = 82021,
464	Iop_DivModU128to64 = 82022,		464	Iop_DivModU128to64 = 82022,
465	Iop_DivModS128to64 = 82023,		465	Iop_DivModS128to64 = 82023,
466	Iop_DivModS64to64 = 82024,		466	Iop_DivModS64to64 = 82024,
467	Iop_8Uto16 = 82025,		467	Iop_8Uto16 = 82025,
468	Iop_8Uto32 = 82026,		468	Iop_8Uto32 = 82026,
469	Iop_8Uto64 = 82027,		469	Iop_8Uto64 = 82027,
470	Iop_16Uto32 = 82028,		470	Iop_16Uto32 = 82028,
471	Iop_16Uto64 = 82029,		471	Iop_16Uto64 = 82029,
472	Iop_32Uto64 = 82030,		472	Iop_32Uto64 = 82030,
473	Iop_8Sto16 = 82031,		473	Iop_8Sto16 = 82031,
474	Iop_8Sto32 = 82032,		474	Iop_8Sto32 = 82032,
475	Iop_8Sto64 = 82033,		475	Iop_8Sto64 = 82033,
476	Iop_16Sto32 = 82034,		476	Iop_16Sto32 = 82034,
477	Iop_16Sto64 = 82035,		477	Iop_16Sto64 = 82035,
478	Iop_32Sto64 = 82036,		478	Iop_32Sto64 = 82036,
479	Iop_64to8 = 82037,		479	Iop_64to8 = 82037,
480	Iop_32to8 = 82038,		480	Iop_32to8 = 82038,
481	Iop_64to16 = 82039,		481	Iop_64to16 = 82039,
482	Iop_16to8 = 82040,		482	Iop_16to8 = 82040,
483	Iop_16HIto8 = 82041,		483	Iop_16HIto8 = 82041,
484	Iop_8HLto16 = 82042,		484	Iop_8HLto16 = 82042,
485	Iop_32to16 = 82043,		485	Iop_32to16 = 82043,
486	Iop_32HIto16 = 82044,		486	Iop_32HIto16 = 82044,
487	Iop_16HLto32 = 82045,		487	Iop_16HLto32 = 82045,
488	Iop_64to32 = 82046,		488	Iop_64to32 = 82046,
489	Iop_64HIto32 = 82047,		489	Iop_64HIto32 = 82047,
490	Iop_32HLto64 = 82048,		490	Iop_32HLto64 = 82048,
491	Iop_128to64 = 82049,		491	Iop_128to64 = 82049,
492	Iop_128HIto64 = 82050,		492	Iop_128HIto64 = 82050,
493	Iop_64HLto128 = 82051,		493	Iop_64HLto128 = 82051,
494	Iop_Not1 = 82052,		494	Iop_Not1 = 82052,
495	Iop_32to1 = 82053,		495	Iop_32to1 = 82053,
496	Iop_64to1 = 82054,		496	Iop_64to1 = 82054,
497	Iop_1Uto8 = 82055,		497	Iop_1Uto8 = 82055,
498	Iop_1Uto32 = 82056,		498	Iop_1Uto32 = 82056,
499	Iop_1Uto64 = 82057,		499	Iop_1Uto64 = 82057,
500	Iop_1Sto8 = 82058,		500	Iop_1Sto8 = 82058,
501	Iop_1Sto16 = 82059,		501	Iop_1Sto16 = 82059,
502	Iop_1Sto32 = 82060,		502	Iop_1Sto32 = 82060,
503	Iop_1Sto64 = 82061,		503	Iop_1Sto64 = 82061,
504	Iop_AddF64 = 82062,		504	Iop_AddF64 = 82062,
505	Iop_SubF64 = 82063,		505	Iop_SubF64 = 82063,
506	Iop_MulF64 = 82064,		506	Iop_MulF64 = 82064,
507	Iop_DivF64 = 82065,		507	Iop_DivF64 = 82065,
508	Iop_AddF32 = 82066,		508	Iop_AddF32 = 82066,
509	Iop_SubF32 = 82067,		509	Iop_SubF32 = 82067,
510	Iop_MulF32 = 82068,		510	Iop_MulF32 = 82068,
511	Iop_DivF32 = 82069,		511	Iop_DivF32 = 82069,
512	Iop_AddF64r32 = 82070,		512	Iop_AddF64r32 = 82070,
513	Iop_SubF64r32 = 82071,		513	Iop_SubF64r32 = 82071,
514	Iop_MulF64r32 = 82072,		514	Iop_MulF64r32 = 82072,
515	Iop_DivF64r32 = 82073,		515	Iop_DivF64r32 = 82073,
516	Iop_NegF64 = 82074,		516	Iop_NegF64 = 82074,
517	Iop_AbsF64 = 82075,		517	Iop_AbsF64 = 82075,
518	Iop_NegF32 = 82076,		518	Iop_NegF32 = 82076,
519	Iop_AbsF32 = 82077,		519	Iop_AbsF32 = 82077,
520	Iop_SqrtF64 = 82078,		520	Iop_SqrtF64 = 82078,
521	Iop_SqrtF64r32 = 82079,		521	Iop_SqrtF64r32 = 82079,
522	Iop_SqrtF32 = 82080,		522	Iop_SqrtF32 = 82080,
523	Iop_CmpF64 = 82081,		523	Iop_CmpF64 = 82081,
524	Iop_CmpF32 = 82082,		524	Iop_CmpF32 = 82082,
525	Iop_CmpF128 = 82083,		525	Iop_CmpF128 = 82083,
526	Iop_F64toI16S = 82084,		526	Iop_F64toI16S = 82084,
527	Iop_F64toI32S = 82085,		527	Iop_F64toI32S = 82085,
528	Iop_F64toI64S = 82086,		528	Iop_F64toI64S = 82086,
529	Iop_F64toI64U = 82087,		529	Iop_F64toI64U = 82087,
530	Iop_F64toI32U = 82088,		530	Iop_F64toI32U = 82088,
531	Iop_I16StoF64 = 82089,		531	Iop_I16StoF64 = 82089,
532	Iop_I32StoF64 = 82090,		532	Iop_I32StoF64 = 82090,
533	Iop_I64StoF64 = 82091,		533	Iop_I64StoF64 = 82091,
534	Iop_I64UtoF64 = 82092,		534	Iop_I64UtoF64 = 82092,
535	Iop_I64UtoF32 = 82093,		535	Iop_I64UtoF32 = 82093,
536	Iop_I32UtoF64 = 82094,		536	Iop_I32UtoF64 = 82094,
537	Iop_F32toI16S = 82095,		537	Iop_F32toI16S = 82095,
538	Iop_F32toI32S = 82096,		538	Iop_F32toI32S = 82096,
539	Iop_F32toI64S = 82097,		539	Iop_F32toI64S = 82097,
540	Iop_I16StoF32 = 82098,		540	Iop_I16StoF32 = 82098,
541	Iop_I32StoF32 = 82099,		541	Iop_I32StoF32 = 82099,
542	Iop_I64StoF32 = 82100,		542	Iop_I64StoF32 = 82100,
543	Iop_F32toF64 = 82101,		543	Iop_F32toF64 = 82101,
544	Iop_F64toF32 = 82102,		544	Iop_F64toF32 = 82102,
545	Iop_ReinterpF64asI64 = 82103,		545	Iop_ReinterpF64asI64 = 82103,
546	Iop_ReinterpI64asF64 = 82104,		546	Iop_ReinterpI64asF64 = 82104,
547	Iop_ReinterpF32asI32 = 82105,		547	Iop_ReinterpF32asI32 = 82105,
548	Iop_ReinterpI32asF32 = 82106,		548	Iop_ReinterpI32asF32 = 82106,
549	Iop_F64HLtoF128 = 82107,		549	Iop_F64HLtoF128 = 82107,
550	Iop_F128HItoF64 = 82108,		550	Iop_F128HItoF64 = 82108,
551	Iop_F128LOtoF64 = 82109,		551	Iop_F128LOtoF64 = 82109,
552	Iop_AddF128 = 82110,		552	Iop_AddF128 = 82110,
553	Iop_SubF128 = 82111,		553	Iop_SubF128 = 82111,
554	Iop_MulF128 = 82112,		554	Iop_MulF128 = 82112,
555	Iop_DivF128 = 82113,		555	Iop_DivF128 = 82113,
556	Iop_NegF128 = 82114,		556	Iop_NegF128 = 82114,
557	Iop_AbsF128 = 82115,		557	Iop_AbsF128 = 82115,
558	Iop_SqrtF128 = 82116,		558	Iop_SqrtF128 = 82116,
559	Iop_I32StoF128 = 82117,		559	Iop_I32StoF128 = 82117,
560	Iop_I64StoF128 = 82118,		560	Iop_I64StoF128 = 82118,
561	Iop_F32toF128 = 82119,		561	Iop_F32toF128 = 82119,
562	Iop_F64toF128 = 82120,		562	Iop_F64toF128 = 82120,
563	Iop_F128toI32S = 82121,		563	Iop_F128toI32S = 82121,
564	Iop_F128toI64S = 82122,		564	Iop_F128toI64S = 82122,
565	Iop_F128toF64 = 82123,		565	Iop_F128toF64 = 82123,
566	Iop_F128toF32 = 82124,		566	Iop_F128toF32 = 82124,
567	Iop_AtanF64 = 82125,		567	Iop_AtanF64 = 82125,
568	Iop_Yl2xF64 = 82126,		568	Iop_Yl2xF64 = 82126,
569	Iop_Yl2xp1F64 = 82127,		569	Iop_Yl2xp1F64 = 82127,
570	Iop_PRemF64 = 82128,		570	Iop_PRemF64 = 82128,
571	Iop_PRemC3210F64 = 82129,		571	Iop_PRemC3210F64 = 82129,
572	Iop_PRem1F64 = 82130,		572	Iop_PRem1F64 = 82130,
573	Iop_PRem1C3210F64 = 82131,		573	Iop_PRem1C3210F64 = 82131,
574	Iop_ScaleF64 = 82132,		574	Iop_ScaleF64 = 82132,
575	Iop_SinF64 = 82133,		575	Iop_SinF64 = 82133,
576	Iop_CosF64 = 82134,		576	Iop_CosF64 = 82134,
577	Iop_TanF64 = 82135,		577	Iop_TanF64 = 82135,
578	Iop_2xm1F64 = 82136,		578	Iop_2xm1F64 = 82136,
579	Iop_RoundF64toInt = 82137,		579	Iop_RoundF64toInt = 82137,
580	Iop_RoundF32toInt = 82138,		580	Iop_RoundF32toInt = 82138,
581	Iop_MAddF32 = 82139,		581	Iop_MAddF32 = 82139,
582	Iop_MSubF32 = 82140,		582	Iop_MSubF32 = 82140,
583	Iop_MAddF64 = 82141,		583	Iop_MAddF64 = 82141,
584	Iop_MSubF64 = 82142,		584	Iop_MSubF64 = 82142,
585	Iop_MAddF64r32 = 82143,		585	Iop_MAddF64r32 = 82143,
586	Iop_MSubF64r32 = 82144,		586	Iop_MSubF64r32 = 82144,
587	Iop_Est5FRSqrt = 82145,		587	Iop_Est5FRSqrt = 82145,
588	Iop_RoundF64toF64_NEAREST = 82146,		588	Iop_RoundF64toF64_NEAREST = 82146,
589	Iop_RoundF64toF64_NegINF = 82147,		589	Iop_RoundF64toF64_NegINF = 82147,
590	Iop_RoundF64toF64_PosINF = 82148,		590	Iop_RoundF64toF64_PosINF = 82148,
591	Iop_RoundF64toF64_ZERO = 82149,		591	Iop_RoundF64toF64_ZERO = 82149,
592	Iop_TruncF64asF32 = 82150,		592	Iop_TruncF64asF32 = 82150,
593	Iop_RoundF64toF32 = 82151,		593	Iop_RoundF64toF32 = 82151,
594	Iop_CalcFPRF = 82152,		594	Iop_CalcFPRF = 82152,
595	Iop_Add16x2 = 82153,		595	Iop_Add16x2 = 82153,
596	Iop_Sub16x2 = 82154,		596	Iop_Sub16x2 = 82154,
597	Iop_QAdd16Sx2 = 82155,		597	Iop_QAdd16Sx2 = 82155,
598	Iop_QAdd16Ux2 = 82156,		598	Iop_QAdd16Ux2 = 82156,
599	Iop_QSub16Sx2 = 82157,		599	Iop_QSub16Sx2 = 82157,
600	Iop_QSub16Ux2 = 82158,		600	Iop_QSub16Ux2 = 82158,
601	Iop_HAdd16Ux2 = 82159,		601	Iop_HAdd16Ux2 = 82159,
602	Iop_HAdd16Sx2 = 82160,		602	Iop_HAdd16Sx2 = 82160,
603	Iop_HSub16Ux2 = 82161,		603	Iop_HSub16Ux2 = 82161,
604	Iop_HSub16Sx2 = 82162,		604	Iop_HSub16Sx2 = 82162,
605	Iop_Add8x4 = 82163,		605	Iop_Add8x4 = 82163,
606	Iop_Sub8x4 = 82164,		606	Iop_Sub8x4 = 82164,
607	Iop_QAdd8Sx4 = 82165,		607	Iop_QAdd8Sx4 = 82165,
608	Iop_QAdd8Ux4 = 82166,		608	Iop_QAdd8Ux4 = 82166,
609	Iop_QSub8Sx4 = 82167,		609	Iop_QSub8Sx4 = 82167,
610	Iop_QSub8Ux4 = 82168,		610	Iop_QSub8Ux4 = 82168,
611	Iop_HAdd8Ux4 = 82169,		611	Iop_HAdd8Ux4 = 82169,
612	Iop_HAdd8Sx4 = 82170,		612	Iop_HAdd8Sx4 = 82170,
613	Iop_HSub8Ux4 = 82171,		613	Iop_HSub8Ux4 = 82171,
614	Iop_HSub8Sx4 = 82172,		614	Iop_HSub8Sx4 = 82172,
615	Iop_Sad8Ux4 = 82173,		615	Iop_Sad8Ux4 = 82173,
616	Iop_CmpNEZ16x2 = 82174,		616	Iop_CmpNEZ16x2 = 82174,
617	Iop_CmpNEZ8x4 = 82175,		617	Iop_CmpNEZ8x4 = 82175,
618	Iop_I32UtoFx2 = 82176,		618	Iop_I32UtoFx2 = 82176,
619	Iop_I32StoFx2 = 82177,		619	Iop_I32StoFx2 = 82177,
620	Iop_FtoI32Ux2_RZ = 82178,		620	Iop_FtoI32Ux2_RZ = 82178,
621	Iop_FtoI32Sx2_RZ = 82179,		621	Iop_FtoI32Sx2_RZ = 82179,
622	Iop_F32ToFixed32Ux2_RZ = 82180,		622	Iop_F32ToFixed32Ux2_RZ = 82180,
623	Iop_F32ToFixed32Sx2_RZ = 82181,		623	Iop_F32ToFixed32Sx2_RZ = 82181,
624	Iop_Fixed32UToF32x2_RN = 82182,		624	Iop_Fixed32UToF32x2_RN = 82182,
625	Iop_Fixed32SToF32x2_RN = 82183,		625	Iop_Fixed32SToF32x2_RN = 82183,
626	Iop_Max32Fx2 = 82184,		626	Iop_Max32Fx2 = 82184,
627	Iop_Min32Fx2 = 82185,		627	Iop_Min32Fx2 = 82185,
628	Iop_PwMax32Fx2 = 82186,		628	Iop_PwMax32Fx2 = 82186,
629	Iop_PwMin32Fx2 = 82187,		629	Iop_PwMin32Fx2 = 82187,
630	Iop_CmpEQ32Fx2 = 82188,		630	Iop_CmpEQ32Fx2 = 82188,
631	Iop_CmpGT32Fx2 = 82189,		631	Iop_CmpGT32Fx2 = 82189,
632	Iop_CmpGE32Fx2 = 82190,		632	Iop_CmpGE32Fx2 = 82190,
633	Iop_Recip32Fx2 = 82191,		633	Iop_Recip32Fx2 = 82191,
634	Iop_Recps32Fx2 = 82192,		634	Iop_Recps32Fx2 = 82192,
635	Iop_Rsqrte32Fx2 = 82193,		635	Iop_Rsqrte32Fx2 = 82193,
636	Iop_Rsqrts32Fx2 = 82194,		636	Iop_Rsqrts32Fx2 = 82194,
637	Iop_Neg32Fx2 = 82195,		637	Iop_Neg32Fx2 = 82195,
638	Iop_Abs32Fx2 = 82196,		638	Iop_Abs32Fx2 = 82196,
639	Iop_CmpNEZ8x8 = 82197,		639	Iop_CmpNEZ8x8 = 82197,
640	Iop_CmpNEZ16x4 = 82198,		640	Iop_CmpNEZ16x4 = 82198,
641	Iop_CmpNEZ32x2 = 82199,		641	Iop_CmpNEZ32x2 = 82199,
642	Iop_Add8x8 = 82200,		642	Iop_Add8x8 = 82200,
643	Iop_Add16x4 = 82201,		643	Iop_Add16x4 = 82201,
644	Iop_Add32x2 = 82202,		644	Iop_Add32x2 = 82202,
645	Iop_QAdd8Ux8 = 82203,		645	Iop_QAdd8Ux8 = 82203,
646	Iop_QAdd16Ux4 = 82204,		646	Iop_QAdd16Ux4 = 82204,
647	Iop_QAdd32Ux2 = 82205,		647	Iop_QAdd32Ux2 = 82205,
648	Iop_QAdd64Ux1 = 82206,		648	Iop_QAdd64Ux1 = 82206,
649	Iop_QAdd8Sx8 = 82207,		649	Iop_QAdd8Sx8 = 82207,
650	Iop_QAdd16Sx4 = 82208,		650	Iop_QAdd16Sx4 = 82208,
651	Iop_QAdd32Sx2 = 82209,		651	Iop_QAdd32Sx2 = 82209,
652	Iop_QAdd64Sx1 = 82210,		652	Iop_QAdd64Sx1 = 82210,
653	Iop_PwAdd8x8 = 82211,		653	Iop_PwAdd8x8 = 82211,
654	Iop_PwAdd16x4 = 82212,		654	Iop_PwAdd16x4 = 82212,
655	Iop_PwAdd32x2 = 82213,		655	Iop_PwAdd32x2 = 82213,
656	Iop_PwMax8Sx8 = 82214,		656	Iop_PwMax8Sx8 = 82214,
657	Iop_PwMax16Sx4 = 82215,		657	Iop_PwMax16Sx4 = 82215,
658	Iop_PwMax32Sx2 = 82216,		658	Iop_PwMax32Sx2 = 82216,
659	Iop_PwMax8Ux8 = 82217,		659	Iop_PwMax8Ux8 = 82217,
660	Iop_PwMax16Ux4 = 82218,		660	Iop_PwMax16Ux4 = 82218,
661	Iop_PwMax32Ux2 = 82219,		661	Iop_PwMax32Ux2 = 82219,
662	Iop_PwMin8Sx8 = 82220,		662	Iop_PwMin8Sx8 = 82220,
663	Iop_PwMin16Sx4 = 82221,		663	Iop_PwMin16Sx4 = 82221,
664	Iop_PwMin32Sx2 = 82222,		664	Iop_PwMin32Sx2 = 82222,
665	Iop_PwMin8Ux8 = 82223,		665	Iop_PwMin8Ux8 = 82223,
666	Iop_PwMin16Ux4 = 82224,		666	Iop_PwMin16Ux4 = 82224,
667	Iop_PwMin32Ux2 = 82225,		667	Iop_PwMin32Ux2 = 82225,
668	Iop_PwAddL8Ux8 = 82226,		668	Iop_PwAddL8Ux8 = 82226,
669	Iop_PwAddL16Ux4 = 82227,		669	Iop_PwAddL16Ux4 = 82227,
670	Iop_PwAddL32Ux2 = 82228,		670	Iop_PwAddL32Ux2 = 82228,
671	Iop_PwAddL8Sx8 = 82229,		671	Iop_PwAddL8Sx8 = 82229,
672	Iop_PwAddL16Sx4 = 82230,		672	Iop_PwAddL16Sx4 = 82230,
673	Iop_PwAddL32Sx2 = 82231,		673	Iop_PwAddL32Sx2 = 82231,
674	Iop_Sub8x8 = 82232,		674	Iop_Sub8x8 = 82232,
675	Iop_Sub16x4 = 82233,		675	Iop_Sub16x4 = 82233,
676	Iop_Sub32x2 = 82234,		676	Iop_Sub32x2 = 82234,
677	Iop_QSub8Ux8 = 82235,		677	Iop_QSub8Ux8 = 82235,
678	Iop_QSub16Ux4 = 82236,		678	Iop_QSub16Ux4 = 82236,
679	Iop_QSub32Ux2 = 82237,		679	Iop_QSub32Ux2 = 82237,
680	Iop_QSub64Ux1 = 82238,		680	Iop_QSub64Ux1 = 82238,
681	Iop_QSub8Sx8 = 82239,		681	Iop_QSub8Sx8 = 82239,
682	Iop_QSub16Sx4 = 82240,		682	Iop_QSub16Sx4 = 82240,
683	Iop_QSub32Sx2 = 82241,		683	Iop_QSub32Sx2 = 82241,
684	Iop_QSub64Sx1 = 82242,		684	Iop_QSub64Sx1 = 82242,
685	Iop_Abs8x8 = 82243,		685	Iop_Abs8x8 = 82243,
686	Iop_Abs16x4 = 82244,		686	Iop_Abs16x4 = 82244,
687	Iop_Abs32x2 = 82245,		687	Iop_Abs32x2 = 82245,
688	Iop_Mul8x8 = 82246,		688	Iop_Mul8x8 = 82246,
689	Iop_Mul16x4 = 82247,		689	Iop_Mul16x4 = 82247,
690	Iop_Mul32x2 = 82248,		690	Iop_Mul32x2 = 82248,
691	Iop_Mul32Fx2 = 82249,		691	Iop_Mul32Fx2 = 82249,
692	Iop_MulHi16Ux4 = 82250,		692	Iop_MulHi16Ux4 = 82250,
693	Iop_MulHi16Sx4 = 82251,		693	Iop_MulHi16Sx4 = 82251,
694	Iop_PolynomialMul8x8 = 82252,		694	Iop_PolynomialMul8x8 = 82252,
695	Iop_QDMulHi16Sx4 = 82253,		695	Iop_QDMulHi16Sx4 = 82253,
696	Iop_QDMulHi32Sx2 = 82254,		696	Iop_QDMulHi32Sx2 = 82254,
697	Iop_QRDMulHi16Sx4 = 82255,		697	Iop_QRDMulHi16Sx4 = 82255,
698	Iop_QRDMulHi32Sx2 = 82256,		698	Iop_QRDMulHi32Sx2 = 82256,
699	Iop_Avg8Ux8 = 82257,		699	Iop_Avg8Ux8 = 82257,
700	Iop_Avg16Ux4 = 82258,		700	Iop_Avg16Ux4 = 82258,
701	Iop_Max8Sx8 = 82259,		701	Iop_Max8Sx8 = 82259,
702	Iop_Max16Sx4 = 82260,		702	Iop_Max16Sx4 = 82260,
703	Iop_Max32Sx2 = 82261,		703	Iop_Max32Sx2 = 82261,
704	Iop_Max8Ux8 = 82262,		704	Iop_Max8Ux8 = 82262,
705	Iop_Max16Ux4 = 82263,		705	Iop_Max16Ux4 = 82263,
706	Iop_Max32Ux2 = 82264,		706	Iop_Max32Ux2 = 82264,
707	Iop_Min8Sx8 = 82265,		707	Iop_Min8Sx8 = 82265,
708	Iop_Min16Sx4 = 82266,		708	Iop_Min16Sx4 = 82266,
709	Iop_Min32Sx2 = 82267,		709	Iop_Min32Sx2 = 82267,
710	Iop_Min8Ux8 = 82268,		710	Iop_Min8Ux8 = 82268,
711	Iop_Min16Ux4 = 82269,		711	Iop_Min16Ux4 = 82269,
712	Iop_Min32Ux2 = 82270,		712	Iop_Min32Ux2 = 82270,
713	Iop_CmpEQ8x8 = 82271,		713	Iop_CmpEQ8x8 = 82271,
714	Iop_CmpEQ16x4 = 82272,		714	Iop_CmpEQ16x4 = 82272,
715	Iop_CmpEQ32x2 = 82273,		715	Iop_CmpEQ32x2 = 82273,
716	Iop_CmpGT8Ux8 = 82274,		716	Iop_CmpGT8Ux8 = 82274,
717	Iop_CmpGT16Ux4 = 82275,		717	Iop_CmpGT16Ux4 = 82275,
718	Iop_CmpGT32Ux2 = 82276,		718	Iop_CmpGT32Ux2 = 82276,
719	Iop_CmpGT8Sx8 = 82277,		719	Iop_CmpGT8Sx8 = 82277,
720	Iop_CmpGT16Sx4 = 82278,		720	Iop_CmpGT16Sx4 = 82278,
721	Iop_CmpGT32Sx2 = 82279,		721	Iop_CmpGT32Sx2 = 82279,
722	Iop_Cnt8x8 = 82280,		722	Iop_Cnt8x8 = 82280,
723	Iop_Clz8Sx8 = 82281,		723	Iop_Clz8Sx8 = 82281,
724	Iop_Clz16Sx4 = 82282,		724	Iop_Clz16Sx4 = 82282,
725	Iop_Clz32Sx2 = 82283,		725	Iop_Clz32Sx2 = 82283,
726	Iop_Cls8Sx8 = 82284,		726	Iop_Cls8Sx8 = 82284,
727	Iop_Cls16Sx4 = 82285,		727	Iop_Cls16Sx4 = 82285,
728	Iop_Cls32Sx2 = 82286,		728	Iop_Cls32Sx2 = 82286,
729	Iop_Shl8x8 = 82287,		729	Iop_Shl8x8 = 82287,
730	Iop_Shl16x4 = 82288,		730	Iop_Shl16x4 = 82288,
731	Iop_Shl32x2 = 82289,		731	Iop_Shl32x2 = 82289,
732	Iop_Shr8x8 = 82290,		732	Iop_Shr8x8 = 82290,
733	Iop_Shr16x4 = 82291,		733	Iop_Shr16x4 = 82291,
734	Iop_Shr32x2 = 82292,		734	Iop_Shr32x2 = 82292,
735	Iop_Sar8x8 = 82293,		735	Iop_Sar8x8 = 82293,
736	Iop_Sar16x4 = 82294,		736	Iop_Sar16x4 = 82294,
737	Iop_Sar32x2 = 82295,		737	Iop_Sar32x2 = 82295,
738	Iop_Sal8x8 = 82296,		738	Iop_Sal8x8 = 82296,
739	Iop_Sal16x4 = 82297,		739	Iop_Sal16x4 = 82297,
740	Iop_Sal32x2 = 82298,		740	Iop_Sal32x2 = 82298,
741	Iop_Sal64x1 = 82299,		741	Iop_Sal64x1 = 82299,
742	Iop_ShlN8x8 = 82300,		742	Iop_ShlN8x8 = 82300,
743	Iop_ShlN16x4 = 82301,		743	Iop_ShlN16x4 = 82301,
744	Iop_ShlN32x2 = 82302,		744	Iop_ShlN32x2 = 82302,
745	Iop_ShrN8x8 = 82303,		745	Iop_ShrN8x8 = 82303,
746	Iop_ShrN16x4 = 82304,		746	Iop_ShrN16x4 = 82304,
747	Iop_ShrN32x2 = 82305,		747	Iop_ShrN32x2 = 82305,
748	Iop_SarN8x8 = 82306,		748	Iop_SarN8x8 = 82306,
749	Iop_SarN16x4 = 82307,		749	Iop_SarN16x4 = 82307,
750	Iop_SarN32x2 = 82308,		750	Iop_SarN32x2 = 82308,
751	Iop_QShl8x8 = 82309,		751	Iop_QShl8x8 = 82309,
752	Iop_QShl16x4 = 82310,		752	Iop_QShl16x4 = 82310,
753	Iop_QShl32x2 = 82311,		753	Iop_QShl32x2 = 82311,
754	Iop_QShl64x1 = 82312,		754	Iop_QShl64x1 = 82312,
755	Iop_QSal8x8 = 82313,		755	Iop_QSal8x8 = 82313,
756	Iop_QSal16x4 = 82314,		756	Iop_QSal16x4 = 82314,
757	Iop_QSal32x2 = 82315,		757	Iop_QSal32x2 = 82315,
758	Iop_QSal64x1 = 82316,		758	Iop_QSal64x1 = 82316,
759	Iop_QShlN8Sx8 = 82317,		759	Iop_QShlN8Sx8 = 82317,
760	Iop_QShlN16Sx4 = 82318,		760	Iop_QShlN16Sx4 = 82318,
761	Iop_QShlN32Sx2 = 82319,		761	Iop_QShlN32Sx2 = 82319,
762	Iop_QShlN64Sx1 = 82320,		762	Iop_QShlN64Sx1 = 82320,
763	Iop_QShlN8x8 = 82321,		763	Iop_QShlN8x8 = 82321,
764	Iop_QShlN16x4 = 82322,		764	Iop_QShlN16x4 = 82322,
765	Iop_QShlN32x2 = 82323,		765	Iop_QShlN32x2 = 82323,
766	Iop_QShlN64x1 = 82324,		766	Iop_QShlN64x1 = 82324,
767	Iop_QSalN8x8 = 82325,		767	Iop_QSalN8x8 = 82325,
768	Iop_QSalN16x4 = 82326,		768	Iop_QSalN16x4 = 82326,
769	Iop_QSalN32x2 = 82327,		769	Iop_QSalN32x2 = 82327,
770	Iop_QSalN64x1 = 82328,		770	Iop_QSalN64x1 = 82328,
771	Iop_QNarrowBin16Sto8Ux8 = 82329,		771	Iop_QNarrowBin16Sto8Ux8 = 82329,
772	Iop_QNarrowBin16Sto8Sx8 = 82330,		772	Iop_QNarrowBin16Sto8Sx8 = 82330,
773	Iop_QNarrowBin32Sto16Sx4 = 82331,		773	Iop_QNarrowBin32Sto16Sx4 = 82331,
774	Iop_NarrowBin16to8x8 = 82332,		774	Iop_NarrowBin16to8x8 = 82332,
775	Iop_NarrowBin32to16x4 = 82333,		775	Iop_NarrowBin32to16x4 = 82333,
776	Iop_InterleaveHI8x8 = 82334,		776	Iop_InterleaveHI8x8 = 82334,
777	Iop_InterleaveHI16x4 = 82335,		777	Iop_InterleaveHI16x4 = 82335,
778	Iop_InterleaveHI32x2 = 82336,		778	Iop_InterleaveHI32x2 = 82336,
779	Iop_InterleaveLO8x8 = 82337,		779	Iop_InterleaveLO8x8 = 82337,
780	Iop_InterleaveLO16x4 = 82338,		780	Iop_InterleaveLO16x4 = 82338,
781	Iop_InterleaveLO32x2 = 82339,		781	Iop_InterleaveLO32x2 = 82339,
782	Iop_InterleaveOddLanes8x8 = 82340,		782	Iop_InterleaveOddLanes8x8 = 82340,
783	Iop_InterleaveEvenLanes8x8 = 82341,		783	Iop_InterleaveEvenLanes8x8 = 82341,
784	Iop_InterleaveOddLanes16x4 = 82342,		784	Iop_InterleaveOddLanes16x4 = 82342,
785	Iop_InterleaveEvenLanes16x4 = 82343,		785	Iop_InterleaveEvenLanes16x4 = 82343,
786	Iop_CatOddLanes8x8 = 82344,		786	Iop_CatOddLanes8x8 = 82344,
787	Iop_CatOddLanes16x4 = 82345,		787	Iop_CatOddLanes16x4 = 82345,
788	Iop_CatEvenLanes8x8 = 82346,		788	Iop_CatEvenLanes8x8 = 82346,
789	Iop_CatEvenLanes16x4 = 82347,		789	Iop_CatEvenLanes16x4 = 82347,
790	Iop_GetElem8x8 = 82348,		790	Iop_GetElem8x8 = 82348,
791	Iop_GetElem16x4 = 82349,		791	Iop_GetElem16x4 = 82349,
792	Iop_GetElem32x2 = 82350,		792	Iop_GetElem32x2 = 82350,
793	Iop_SetElem8x8 = 82351,		793	Iop_SetElem8x8 = 82351,
794	Iop_SetElem16x4 = 82352,		794	Iop_SetElem16x4 = 82352,
795	Iop_SetElem32x2 = 82353,		795	Iop_SetElem32x2 = 82353,
796	Iop_Dup8x8 = 82354,		796	Iop_Dup8x8 = 82354,
797	Iop_Dup16x4 = 82355,		797	Iop_Dup16x4 = 82355,
798	Iop_Dup32x2 = 82356,		798	Iop_Dup32x2 = 82356,
799	Iop_Extract64 = 82357,		799	Iop_Extract64 = 82357,
800	Iop_Reverse16_8x8 = 82358,		800	Iop_Reverse16_8x8 = 82358,
801	Iop_Reverse32_8x8 = 82359,		801	Iop_Reverse32_8x8 = 82359,
802	Iop_Reverse32_16x4 = 82360,		802	Iop_Reverse32_16x4 = 82360,
803	Iop_Reverse64_8x8 = 82361,		803	Iop_Reverse64_8x8 = 82361,
804	Iop_Reverse64_16x4 = 82362,		804	Iop_Reverse64_16x4 = 82362,
805	Iop_Reverse64_32x2 = 82363,		805	Iop_Reverse64_32x2 = 82363,
806	Iop_Perm8x8 = 82364,		806	Iop_Perm8x8 = 82364,
807	Iop_Recip32x2 = 82365,		807	Iop_Recip32x2 = 82365,
808	Iop_Rsqrte32x2 = 82366,		808	Iop_Rsqrte32x2 = 82366,
809	Iop_Add32Fx4 = 82367,		809	Iop_Add32Fx4 = 82367,
810	Iop_Sub32Fx4 = 82368,		810	Iop_Sub32Fx4 = 82368,
811	Iop_Mul32Fx4 = 82369,		811	Iop_Mul32Fx4 = 82369,
812	Iop_Div32Fx4 = 82370,		812	Iop_Div32Fx4 = 82370,
813	Iop_Max32Fx4 = 82371,		813	Iop_Max32Fx4 = 82371,
814	Iop_Min32Fx4 = 82372,		814	Iop_Min32Fx4 = 82372,
815	Iop_Add32Fx2 = 82373,		815	Iop_Add32Fx2 = 82373,
816	Iop_Sub32Fx2 = 82374,		816	Iop_Sub32Fx2 = 82374,
817	Iop_CmpEQ32Fx4 = 82375,		817	Iop_CmpEQ32Fx4 = 82375,
818	Iop_CmpLT32Fx4 = 82376,		818	Iop_CmpLT32Fx4 = 82376,
819	Iop_CmpLE32Fx4 = 82377,		819	Iop_CmpLE32Fx4 = 82377,
820	Iop_CmpUN32Fx4 = 82378,		820	Iop_CmpUN32Fx4 = 82378,
821	Iop_CmpGT32Fx4 = 82379,		821	Iop_CmpGT32Fx4 = 82379,
822	Iop_CmpGE32Fx4 = 82380,		822	Iop_CmpGE32Fx4 = 82380,
823	Iop_Abs32Fx4 = 82381,		823	Iop_Abs32Fx4 = 82381,
824	Iop_PwMax32Fx4 = 82382,		824	Iop_PwMax32Fx4 = 82382,
825	Iop_PwMin32Fx4 = 82383,		825	Iop_PwMin32Fx4 = 82383,
826	Iop_Sqrt32Fx4 = 82384,		826	Iop_Sqrt32Fx4 = 82384,
827	Iop_RSqrt32Fx4 = 82385,		827	Iop_RSqrt32Fx4 = 82385,
828	Iop_Neg32Fx4 = 82386,		828	Iop_Neg32Fx4 = 82386,
829	Iop_Recip32Fx4 = 82387,		829	Iop_Recip32Fx4 = 82387,
830	Iop_Recps32Fx4 = 82388,		830	Iop_Recps32Fx4 = 82388,
831	Iop_Rsqrte32Fx4 = 82389,		831	Iop_Rsqrte32Fx4 = 82389,
832	Iop_Rsqrts32Fx4 = 82390,		832	Iop_Rsqrts32Fx4 = 82390,
833	Iop_I32UtoFx4 = 82391,		833	Iop_I32UtoFx4 = 82391,
834	Iop_I32StoFx4 = 82392,		834	Iop_I32StoFx4 = 82392,
835	Iop_FtoI32Ux4_RZ = 82393,		835	Iop_FtoI32Ux4_RZ = 82393,
836	Iop_FtoI32Sx4_RZ = 82394,		836	Iop_FtoI32Sx4_RZ = 82394,
837	Iop_QFtoI32Ux4_RZ = 82395,		837	Iop_QFtoI32Ux4_RZ = 82395,
838	Iop_QFtoI32Sx4_RZ = 82396,		838	Iop_QFtoI32Sx4_RZ = 82396,
839	Iop_RoundF32x4_RM = 82397,		839	Iop_RoundF32x4_RM = 82397,
840	Iop_RoundF32x4_RP = 82398,		840	Iop_RoundF32x4_RP = 82398,
841	Iop_RoundF32x4_RN = 82399,		841	Iop_RoundF32x4_RN = 82399,
842	Iop_RoundF32x4_RZ = 82400,		842	Iop_RoundF32x4_RZ = 82400,
843	Iop_F32ToFixed32Ux4_RZ = 82401,		843	Iop_F32ToFixed32Ux4_RZ = 82401,
844	Iop_F32ToFixed32Sx4_RZ = 82402,		844	Iop_F32ToFixed32Sx4_RZ = 82402,
845	Iop_Fixed32UToF32x4_RN = 82403,		845	Iop_Fixed32UToF32x4_RN = 82403,
846	Iop_Fixed32SToF32x4_RN = 82404,		846	Iop_Fixed32SToF32x4_RN = 82404,
847	Iop_F32toF16x4 = 82405,		847	Iop_F32toF16x4 = 82405,
848	Iop_F16toF32x4 = 82406,		848	Iop_F16toF32x4 = 82406,
849	Iop_Add32F0x4 = 82407,		849	Iop_Add32F0x4 = 82407,
850	Iop_Sub32F0x4 = 82408,		850	Iop_Sub32F0x4 = 82408,
851	Iop_Mul32F0x4 = 82409,		851	Iop_Mul32F0x4 = 82409,
852	Iop_Div32F0x4 = 82410,		852	Iop_Div32F0x4 = 82410,
853	Iop_Max32F0x4 = 82411,		853	Iop_Max32F0x4 = 82411,
854	Iop_Min32F0x4 = 82412,		854	Iop_Min32F0x4 = 82412,
855	Iop_CmpEQ32F0x4 = 82413,		855	Iop_CmpEQ32F0x4 = 82413,
856	Iop_CmpLT32F0x4 = 82414,		856	Iop_CmpLT32F0x4 = 82414,
857	Iop_CmpLE32F0x4 = 82415,		857	Iop_CmpLE32F0x4 = 82415,
858	Iop_CmpUN32F0x4 = 82416,		858	Iop_CmpUN32F0x4 = 82416,
859	Iop_Recip32F0x4 = 82417,		859	Iop_Recip32F0x4 = 82417,
860	Iop_Sqrt32F0x4 = 82418,		860	Iop_Sqrt32F0x4 = 82418,
861	Iop_RSqrt32F0x4 = 82419,		861	Iop_RSqrt32F0x4 = 82419,
862	Iop_Add64Fx2 = 82420,		862	Iop_Add64Fx2 = 82420,
863	Iop_Sub64Fx2 = 82421,		863	Iop_Sub64Fx2 = 82421,
864	Iop_Mul64Fx2 = 82422,		864	Iop_Mul64Fx2 = 82422,
865	Iop_Div64Fx2 = 82423,		865	Iop_Div64Fx2 = 82423,
866	Iop_Max64Fx2 = 82424,		866	Iop_Max64Fx2 = 82424,
867	Iop_Min64Fx2 = 82425,		867	Iop_Min64Fx2 = 82425,
868	Iop_CmpEQ64Fx2 = 82426,		868	Iop_CmpEQ64Fx2 = 82426,
869	Iop_CmpLT64Fx2 = 82427,		869	Iop_CmpLT64Fx2 = 82427,
870	Iop_CmpLE64Fx2 = 82428,		870	Iop_CmpLE64Fx2 = 82428,
871	Iop_CmpUN64Fx2 = 82429,		871	Iop_CmpUN64Fx2 = 82429,
872	Iop_Recip64Fx2 = 82430,		872	Iop_Recip64Fx2 = 82430,
873	Iop_Sqrt64Fx2 = 82431,		873	Iop_Sqrt64Fx2 = 82431,
874	Iop_RSqrt64Fx2 = 82432,		874	Iop_RSqrt64Fx2 = 82432,
875	Iop_Add64F0x2 = 82433,		875	Iop_Add64F0x2 = 82433,
876	Iop_Sub64F0x2 = 82434,		876	Iop_Sub64F0x2 = 82434,
877	Iop_Mul64F0x2 = 82435,		877	Iop_Mul64F0x2 = 82435,
878	Iop_Div64F0x2 = 82436,		878	Iop_Div64F0x2 = 82436,
879	Iop_Max64F0x2 = 82437,		879	Iop_Max64F0x2 = 82437,
880	Iop_Min64F0x2 = 82438,		880	Iop_Min64F0x2 = 82438,
881	Iop_CmpEQ64F0x2 = 82439,		881	Iop_CmpEQ64F0x2 = 82439,
882	Iop_CmpLT64F0x2 = 82440,		882	Iop_CmpLT64F0x2 = 82440,
883	Iop_CmpLE64F0x2 = 82441,		883	Iop_CmpLE64F0x2 = 82441,
884	Iop_CmpUN64F0x2 = 82442,		884	Iop_CmpUN64F0x2 = 82442,
885	Iop_Recip64F0x2 = 82443,		885	Iop_Recip64F0x2 = 82443,
886	Iop_Sqrt64F0x2 = 82444,		886	Iop_Sqrt64F0x2 = 82444,
887	Iop_RSqrt64F0x2 = 82445,		887	Iop_RSqrt64F0x2 = 82445,
888	Iop_V128to64 = 82446,		888	Iop_V128to64 = 82446,
889	Iop_V128HIto64 = 82447,		889	Iop_V128HIto64 = 82447,
890	Iop_64HLtoV128 = 82448,		890	Iop_64HLtoV128 = 82448,
891	Iop_64UtoV128 = 82449,		891	Iop_64UtoV128 = 82449,
892	Iop_SetV128lo64 = 82450,		892	Iop_SetV128lo64 = 82450,
893	Iop_32UtoV128 = 82451,		893	Iop_32UtoV128 = 82451,
894	Iop_V128to32 = 82452,		894	Iop_V128to32 = 82452,
895	Iop_SetV128lo32 = 82453,		895	Iop_SetV128lo32 = 82453,
896	Iop_NotV128 = 82454,		896	Iop_NotV128 = 82454,
897	Iop_AndV128 = 82455,		897	Iop_AndV128 = 82455,
898	Iop_OrV128 = 82456,		898	Iop_OrV128 = 82456,
899	Iop_XorV128 = 82457,		899	Iop_XorV128 = 82457,
900	Iop_ShlV128 = 82458,		900	Iop_ShlV128 = 82458,
901	Iop_ShrV128 = 82459,		901	Iop_ShrV128 = 82459,
902	Iop_CmpNEZ8x16 = 82460,		902	Iop_CmpNEZ8x16 = 82460,
903	Iop_CmpNEZ16x8 = 82461,		903	Iop_CmpNEZ16x8 = 82461,
904	Iop_CmpNEZ32x4 = 82462,		904	Iop_CmpNEZ32x4 = 82462,
905	Iop_CmpNEZ64x2 = 82463,		905	Iop_CmpNEZ64x2 = 82463,
906	Iop_Add8x16 = 82464,		906	Iop_Add8x16 = 82464,
907	Iop_Add16x8 = 82465,		907	Iop_Add16x8 = 82465,
908	Iop_Add32x4 = 82466,		908	Iop_Add32x4 = 82466,
909	Iop_Add64x2 = 82467,		909	Iop_Add64x2 = 82467,
910	Iop_QAdd8Ux16 = 82468,		910	Iop_QAdd8Ux16 = 82468,
911	Iop_QAdd16Ux8 = 82469,		911	Iop_QAdd16Ux8 = 82469,
912	Iop_QAdd32Ux4 = 82470,		912	Iop_QAdd32Ux4 = 82470,
913	Iop_QAdd64Ux2 = 82471,		913	Iop_QAdd64Ux2 = 82471,
914	Iop_QAdd8Sx16 = 82472,		914	Iop_QAdd8Sx16 = 82472,
915	Iop_QAdd16Sx8 = 82473,		915	Iop_QAdd16Sx8 = 82473,
916	Iop_QAdd32Sx4 = 82474,		916	Iop_QAdd32Sx4 = 82474,
917	Iop_QAdd64Sx2 = 82475,		917	Iop_QAdd64Sx2 = 82475,
918	Iop_Sub8x16 = 82476,		918	Iop_Sub8x16 = 82476,
919	Iop_Sub16x8 = 82477,		919	Iop_Sub16x8 = 82477,
920	Iop_Sub32x4 = 82478,		920	Iop_Sub32x4 = 82478,
921	Iop_Sub64x2 = 82479,		921	Iop_Sub64x2 = 82479,
922	Iop_QSub8Ux16 = 82480,		922	Iop_QSub8Ux16 = 82480,
923	Iop_QSub16Ux8 = 82481,		923	Iop_QSub16Ux8 = 82481,
924	Iop_QSub32Ux4 = 82482,		924	Iop_QSub32Ux4 = 82482,
925	Iop_QSub64Ux2 = 82483,		925	Iop_QSub64Ux2 = 82483,
926	Iop_QSub8Sx16 = 82484,		926	Iop_QSub8Sx16 = 82484,
927	Iop_QSub16Sx8 = 82485,		927	Iop_QSub16Sx8 = 82485,
928	Iop_QSub32Sx4 = 82486,		928	Iop_QSub32Sx4 = 82486,
929	Iop_QSub64Sx2 = 82487,		929	Iop_QSub64Sx2 = 82487,
930	Iop_Mul8x16 = 82488,		930	Iop_Mul8x16 = 82488,
931	Iop_Mul16x8 = 82489,		931	Iop_Mul16x8 = 82489,
932	Iop_Mul32x4 = 82490,		932	Iop_Mul32x4 = 82490,
933	Iop_MulHi16Ux8 = 82491,		933	Iop_MulHi16Ux8 = 82491,
934	Iop_MulHi32Ux4 = 82492,		934	Iop_MulHi32Ux4 = 82492,
935	Iop_MulHi16Sx8 = 82493,		935	Iop_MulHi16Sx8 = 82493,
936	Iop_MulHi32Sx4 = 82494,		936	Iop_MulHi32Sx4 = 82494,
937	Iop_MullEven8Ux16 = 82495,		937	Iop_MullEven8Ux16 = 82495,
938	Iop_MullEven16Ux8 = 82496,		938	Iop_MullEven16Ux8 = 82496,
939	Iop_MullEven8Sx16 = 82497,		939	Iop_MullEven8Sx16 = 82497,
940	Iop_MullEven16Sx8 = 82498,		940	Iop_MullEven16Sx8 = 82498,
941	Iop_Mull8Ux8 = 82499,		941	Iop_Mull8Ux8 = 82499,
942	Iop_Mull8Sx8 = 82500,		942	Iop_Mull8Sx8 = 82500,
943	Iop_Mull16Ux4 = 82501,		943	Iop_Mull16Ux4 = 82501,
944	Iop_Mull16Sx4 = 82502,		944	Iop_Mull16Sx4 = 82502,
945	Iop_Mull32Ux2 = 82503,		945	Iop_Mull32Ux2 = 82503,
946	Iop_Mull32Sx2 = 82504,		946	Iop_Mull32Sx2 = 82504,
947	Iop_QDMulHi16Sx8 = 82505,		947	Iop_QDMulHi16Sx8 = 82505,
948	Iop_QDMulHi32Sx4 = 82506,		948	Iop_QDMulHi32Sx4 = 82506,
949	Iop_QRDMulHi16Sx8 = 82507,		949	Iop_QRDMulHi16Sx8 = 82507,
950	Iop_QRDMulHi32Sx4 = 82508,		950	Iop_QRDMulHi32Sx4 = 82508,
951	Iop_QDMulLong16Sx4 = 82509,		951	Iop_QDMulLong16Sx4 = 82509,
952	Iop_QDMulLong32Sx2 = 82510,		952	Iop_QDMulLong32Sx2 = 82510,
953	Iop_PolynomialMul8x16 = 82511,		953	Iop_PolynomialMul8x16 = 82511,
954	Iop_PolynomialMull8x8 = 82512,		954	Iop_PolynomialMull8x8 = 82512,
955	Iop_PwAdd8x16 = 82513,		955	Iop_PwAdd8x16 = 82513,
956	Iop_PwAdd16x8 = 82514,		956	Iop_PwAdd16x8 = 82514,
957	Iop_PwAdd32x4 = 82515,		957	Iop_PwAdd32x4 = 82515,
958	Iop_PwAdd32Fx2 = 82516,		958	Iop_PwAdd32Fx2 = 82516,
959	Iop_PwAddL8Ux16 = 82517,		959	Iop_PwAddL8Ux16 = 82517,
960	Iop_PwAddL16Ux8 = 82518,		960	Iop_PwAddL16Ux8 = 82518,
961	Iop_PwAddL32Ux4 = 82519,		961	Iop_PwAddL32Ux4 = 82519,
962	Iop_PwAddL8Sx16 = 82520,		962	Iop_PwAddL8Sx16 = 82520,
963	Iop_PwAddL16Sx8 = 82521,		963	Iop_PwAddL16Sx8 = 82521,
964	Iop_PwAddL32Sx4 = 82522,		964	Iop_PwAddL32Sx4 = 82522,
965	Iop_Abs8x16 = 82523,		965	Iop_Abs8x16 = 82523,
966	Iop_Abs16x8 = 82524,		966	Iop_Abs16x8 = 82524,
967	Iop_Abs32x4 = 82525,		967	Iop_Abs32x4 = 82525,
968	Iop_Avg8Ux16 = 82526,		968	Iop_Avg8Ux16 = 82526,
969	Iop_Avg16Ux8 = 82527,		969	Iop_Avg16Ux8 = 82527,
970	Iop_Avg32Ux4 = 82528,		970	Iop_Avg32Ux4 = 82528,
971	Iop_Avg8Sx16 = 82529,		971	Iop_Avg8Sx16 = 82529,
972	Iop_Avg16Sx8 = 82530,		972	Iop_Avg16Sx8 = 82530,
973	Iop_Avg32Sx4 = 82531,		973	Iop_Avg32Sx4 = 82531,
974	Iop_Max8Sx16 = 82532,		974	Iop_Max8Sx16 = 82532,
975	Iop_Max16Sx8 = 82533,		975	Iop_Max16Sx8 = 82533,
976	Iop_Max32Sx4 = 82534,		976	Iop_Max32Sx4 = 82534,
977	Iop_Max8Ux16 = 82535,		977	Iop_Max8Ux16 = 82535,
978	Iop_Max16Ux8 = 82536,		978	Iop_Max16Ux8 = 82536,
979	Iop_Max32Ux4 = 82537,		979	Iop_Max32Ux4 = 82537,
980	Iop_Min8Sx16 = 82538,		980	Iop_Min8Sx16 = 82538,
981	Iop_Min16Sx8 = 82539,		981	Iop_Min16Sx8 = 82539,
982	Iop_Min32Sx4 = 82540,		982	Iop_Min32Sx4 = 82540,
983	Iop_Min8Ux16 = 82541,		983	Iop_Min8Ux16 = 82541,
984	Iop_Min16Ux8 = 82542,		984	Iop_Min16Ux8 = 82542,
985	Iop_Min32Ux4 = 82543,		985	Iop_Min32Ux4 = 82543,
986	Iop_CmpEQ8x16 = 82544,		986	Iop_CmpEQ8x16 = 82544,
987	Iop_CmpEQ16x8 = 82545,		987	Iop_CmpEQ16x8 = 82545,
988	Iop_CmpEQ32x4 = 82546,		988	Iop_CmpEQ32x4 = 82546,
989	Iop_CmpEQ64x2 = 82547,		989	Iop_CmpEQ64x2 = 82547,
990	Iop_CmpGT8Sx16 = 82548,		990	Iop_CmpGT8Sx16 = 82548,
991	Iop_CmpGT16Sx8 = 82549,		991	Iop_CmpGT16Sx8 = 82549,
992	Iop_CmpGT32Sx4 = 82550,		992	Iop_CmpGT32Sx4 = 82550,
993	Iop_CmpGT64Sx2 = 82551,		993	Iop_CmpGT64Sx2 = 82551,
994	Iop_CmpGT8Ux16 = 82552,		994	Iop_CmpGT8Ux16 = 82552,
995	Iop_CmpGT16Ux8 = 82553,		995	Iop_CmpGT16Ux8 = 82553,
996	Iop_CmpGT32Ux4 = 82554,		996	Iop_CmpGT32Ux4 = 82554,
997	Iop_Cnt8x16 = 82555,		997	Iop_Cnt8x16 = 82555,
998	Iop_Clz8Sx16 = 82556,		998	Iop_Clz8Sx16 = 82556,
999	Iop_Clz16Sx8 = 82557,		999	Iop_Clz16Sx8 = 82557,
1000	Iop_Clz32Sx4 = 82558,		1000	Iop_Clz32Sx4 = 82558,
1001	Iop_Cls8Sx16 = 82559,		1001	Iop_Cls8Sx16 = 82559,
1002	Iop_Cls16Sx8 = 82560,		1002	Iop_Cls16Sx8 = 82560,
1003	Iop_Cls32Sx4 = 82561,		1003	Iop_Cls32Sx4 = 82561,
1004	Iop_ShlN8x16 = 82562,		1004	Iop_ShlN8x16 = 82562,
1005	Iop_ShlN16x8 = 82563,		1005	Iop_ShlN16x8 = 82563,
1006	Iop_ShlN32x4 = 82564,		1006	Iop_ShlN32x4 = 82564,
1007	Iop_ShlN64x2 = 82565,		1007	Iop_ShlN64x2 = 82565,
1008	Iop_ShrN8x16 = 82566,		1008	Iop_ShrN8x16 = 82566,
1009	Iop_ShrN16x8 = 82567,		1009	Iop_ShrN16x8 = 82567,
1010	Iop_ShrN32x4 = 82568,		1010	Iop_ShrN32x4 = 82568,
1011	Iop_ShrN64x2 = 82569,		1011	Iop_ShrN64x2 = 82569,
1012	Iop_SarN8x16 = 82570,		1012	Iop_SarN8x16 = 82570,
1013	Iop_SarN16x8 = 82571,		1013	Iop_SarN16x8 = 82571,
1014	Iop_SarN32x4 = 82572,		1014	Iop_SarN32x4 = 82572,
1015	Iop_SarN64x2 = 82573,		1015	Iop_SarN64x2 = 82573,
1016	Iop_Shl8x16 = 82574,		1016	Iop_Shl8x16 = 82574,
1017	Iop_Shl16x8 = 82575,		1017	Iop_Shl16x8 = 82575,
1018	Iop_Shl32x4 = 82576,		1018	Iop_Shl32x4 = 82576,
1019	Iop_Shl64x2 = 82577,		1019	Iop_Shl64x2 = 82577,
1020	Iop_Shr8x16 = 82578,		1020	Iop_Shr8x16 = 82578,
1021	Iop_Shr16x8 = 82579,		1021	Iop_Shr16x8 = 82579,
1022	Iop_Shr32x4 = 82580,		1022	Iop_Shr32x4 = 82580,
1023	Iop_Shr64x2 = 82581,		1023	Iop_Shr64x2 = 82581,
1024	Iop_Sar8x16 = 82582,		1024	Iop_Sar8x16 = 82582,
1025	Iop_Sar16x8 = 82583,		1025	Iop_Sar16x8 = 82583,
1026	Iop_Sar32x4 = 82584,		1026	Iop_Sar32x4 = 82584,
1027	Iop_Sar64x2 = 82585,		1027	Iop_Sar64x2 = 82585,
1028	Iop_Sal8x16 = 82586,		1028	Iop_Sal8x16 = 82586,
1029	Iop_Sal16x8 = 82587,		1029	Iop_Sal16x8 = 82587,
1030	Iop_Sal32x4 = 82588,		1030	Iop_Sal32x4 = 82588,
1031	Iop_Sal64x2 = 82589,		1031	Iop_Sal64x2 = 82589,
1032	Iop_Rol8x16 = 82590,		1032	Iop_Rol8x16 = 82590,
1033	Iop_Rol16x8 = 82591,		1033	Iop_Rol16x8 = 82591,
1034	Iop_Rol32x4 = 82592,		1034	Iop_Rol32x4 = 82592,
1035	Iop_QShl8x16 = 82593,		1035	Iop_QShl8x16 = 82593,
1036	Iop_QShl16x8 = 82594,		1036	Iop_QShl16x8 = 82594,
1037	Iop_QShl32x4 = 82595,		1037	Iop_QShl32x4 = 82595,
1038	Iop_QShl64x2 = 82596,		1038	Iop_QShl64x2 = 82596,
1039	Iop_QSal8x16 = 82597,		1039	Iop_QSal8x16 = 82597,
1040	Iop_QSal16x8 = 82598,		1040	Iop_QSal16x8 = 82598,
1041	Iop_QSal32x4 = 82599,		1041	Iop_QSal32x4 = 82599,
1042	Iop_QSal64x2 = 82600,		1042	Iop_QSal64x2 = 82600,
1043	Iop_QShlN8Sx16 = 82601,		1043	Iop_QShlN8Sx16 = 82601,
1044	Iop_QShlN16Sx8 = 82602,		1044	Iop_QShlN16Sx8 = 82602,
1045	Iop_QShlN32Sx4 = 82603,		1045	Iop_QShlN32Sx4 = 82603,
1046	Iop_QShlN64Sx2 = 82604,		1046	Iop_QShlN64Sx2 = 82604,
1047	Iop_QShlN8x16 = 82605,		1047	Iop_QShlN8x16 = 82605,
1048	Iop_QShlN16x8 = 82606,		1048	Iop_QShlN16x8 = 82606,
1049	Iop_QShlN32x4 = 82607,		1049	Iop_QShlN32x4 = 82607,
1050	Iop_QShlN64x2 = 82608,		1050	Iop_QShlN64x2 = 82608,
1051	Iop_QSalN8x16 = 82609,		1051	Iop_QSalN8x16 = 82609,
1052	Iop_QSalN16x8 = 82610,		1052	Iop_QSalN16x8 = 82610,
1053	Iop_QSalN32x4 = 82611,		1053	Iop_QSalN32x4 = 82611,
1054	Iop_QSalN64x2 = 82612,		1054	Iop_QSalN64x2 = 82612,
1055	Iop_QNarrowBin16Sto8Ux16 = 82613,		1055	Iop_QNarrowBin16Sto8Ux16 = 82613,
1056	Iop_QNarrowBin32Sto16Ux8 = 82614,		1056	Iop_QNarrowBin32Sto16Ux8 = 82614,
1057	Iop_QNarrowBin16Sto8Sx16 = 82615,		1057	Iop_QNarrowBin16Sto8Sx16 = 82615,
1058	Iop_QNarrowBin32Sto16Sx8 = 82616,		1058	Iop_QNarrowBin32Sto16Sx8 = 82616,
1059	Iop_QNarrowBin16Uto8Ux16 = 82617,		1059	Iop_QNarrowBin16Uto8Ux16 = 82617,
1060	Iop_QNarrowBin32Uto16Ux8 = 82618,		1060	Iop_QNarrowBin32Uto16Ux8 = 82618,
1061	Iop_NarrowBin16to8x16 = 82619,		1061	Iop_NarrowBin16to8x16 = 82619,
1062	Iop_NarrowBin32to16x8 = 82620,		1062	Iop_NarrowBin32to16x8 = 82620,
1063	Iop_NarrowUn16to8x8 = 82621,		1063	Iop_NarrowUn16to8x8 = 82621,
1064	Iop_NarrowUn32to16x4 = 82622,		1064	Iop_NarrowUn32to16x4 = 82622,
1065	Iop_NarrowUn64to32x2 = 82623,		1065	Iop_NarrowUn64to32x2 = 82623,
1066	Iop_QNarrowUn16Sto8Sx8 = 82624,		1066	Iop_QNarrowUn16Sto8Sx8 = 82624,
1067	Iop_QNarrowUn32Sto16Sx4 = 82625,		1067	Iop_QNarrowUn32Sto16Sx4 = 82625,
1068	Iop_QNarrowUn64Sto32Sx2 = 82626,		1068	Iop_QNarrowUn64Sto32Sx2 = 82626,
1069	Iop_QNarrowUn16Sto8Ux8 = 82627,		1069	Iop_QNarrowUn16Sto8Ux8 = 82627,
1070	Iop_QNarrowUn32Sto16Ux4 = 82628,		1070	Iop_QNarrowUn32Sto16Ux4 = 82628,
1071	Iop_QNarrowUn64Sto32Ux2 = 82629,		1071	Iop_QNarrowUn64Sto32Ux2 = 82629,
1072	Iop_QNarrowUn16Uto8Ux8 = 82630,		1072	Iop_QNarrowUn16Uto8Ux8 = 82630,
1073	Iop_QNarrowUn32Uto16Ux4 = 82631,		1073	Iop_QNarrowUn32Uto16Ux4 = 82631,
1074	Iop_QNarrowUn64Uto32Ux2 = 82632,		1074	Iop_QNarrowUn64Uto32Ux2 = 82632,
1075	Iop_Widen8Uto16x8 = 82633,		1075	Iop_Widen8Uto16x8 = 82633,
1076	Iop_Widen16Uto32x4 = 82634,		1076	Iop_Widen16Uto32x4 = 82634,
1077	Iop_Widen32Uto64x2 = 82635,		1077	Iop_Widen32Uto64x2 = 82635,
1078	Iop_Widen8Sto16x8 = 82636,		1078	Iop_Widen8Sto16x8 = 82636,
1079	Iop_Widen16Sto32x4 = 82637,		1079	Iop_Widen16Sto32x4 = 82637,
1080	Iop_Widen32Sto64x2 = 82638,		1080	Iop_Widen32Sto64x2 = 82638,
1081	Iop_InterleaveHI8x16 = 82639,		1081	Iop_InterleaveHI8x16 = 82639,
1082	Iop_InterleaveHI16x8 = 82640,		1082	Iop_InterleaveHI16x8 = 82640,
1083	Iop_InterleaveHI32x4 = 82641,		1083	Iop_InterleaveHI32x4 = 82641,
1084	Iop_InterleaveHI64x2 = 82642,		1084	Iop_InterleaveHI64x2 = 82642,
1085	Iop_InterleaveLO8x16 = 82643,		1085	Iop_InterleaveLO8x16 = 82643,
1086	Iop_InterleaveLO16x8 = 82644,		1086	Iop_InterleaveLO16x8 = 82644,
1087	Iop_InterleaveLO32x4 = 82645,		1087	Iop_InterleaveLO32x4 = 82645,
1088	Iop_InterleaveLO64x2 = 82646,		1088	Iop_InterleaveLO64x2 = 82646,
1089	Iop_InterleaveOddLanes8x16 = 82647,		1089	Iop_InterleaveOddLanes8x16 = 82647,
1090	Iop_InterleaveEvenLanes8x16 = 82648,		1090	Iop_InterleaveEvenLanes8x16 = 82648,
1091	Iop_InterleaveOddLanes16x8 = 82649,		1091	Iop_InterleaveOddLanes16x8 = 82649,
1092	Iop_InterleaveEvenLanes16x8 = 82650,		1092	Iop_InterleaveEvenLanes16x8 = 82650,
1093	Iop_InterleaveOddLanes32x4 = 82651,		1093	Iop_InterleaveOddLanes32x4 = 82651,
1094	Iop_InterleaveEvenLanes32x4 = 82652,		1094	Iop_InterleaveEvenLanes32x4 = 82652,
1095	Iop_CatOddLanes8x16 = 82653,		1095	Iop_CatOddLanes8x16 = 82653,
1096	Iop_CatOddLanes16x8 = 82654,		1096	Iop_CatOddLanes16x8 = 82654,
1097	Iop_CatOddLanes32x4 = 82655,		1097	Iop_CatOddLanes32x4 = 82655,
1098	Iop_CatEvenLanes8x16 = 82656,		1098	Iop_CatEvenLanes8x16 = 82656,
1099	Iop_CatEvenLanes16x8 = 82657,		1099	Iop_CatEvenLanes16x8 = 82657,
1100	Iop_CatEvenLanes32x4 = 82658,		1100	Iop_CatEvenLanes32x4 = 82658,
1101	Iop_GetElem8x16 = 82659,		1101	Iop_GetElem8x16 = 82659,
1102	Iop_GetElem16x8 = 82660,		1102	Iop_GetElem16x8 = 82660,
1103	Iop_GetElem32x4 = 82661,		1103	Iop_GetElem32x4 = 82661,
1104	Iop_GetElem64x2 = 82662,		1104	Iop_GetElem64x2 = 82662,
1105	Iop_Dup8x16 = 82663,		1105	Iop_Dup8x16 = 82663,
1106	Iop_Dup16x8 = 82664,		1106	Iop_Dup16x8 = 82664,
1107	Iop_Dup32x4 = 82665,		1107	Iop_Dup32x4 = 82665,
1108	Iop_ExtractV128 = 82666,		1108	Iop_ExtractV128 = 82666,
1109	Iop_Reverse16_8x16 = 82667,		1109	Iop_Reverse16_8x16 = 82667,
1110	Iop_Reverse32_8x16 = 82668,		1110	Iop_Reverse32_8x16 = 82668,
1111	Iop_Reverse32_16x8 = 82669,		1111	Iop_Reverse32_16x8 = 82669,
1112	Iop_Reverse64_8x16 = 82670,		1112	Iop_Reverse64_8x16 = 82670,
1113	Iop_Reverse64_16x8 = 82671,		1113	Iop_Reverse64_16x8 = 82671,
1114	Iop_Reverse64_32x4 = 82672,		1114	Iop_Reverse64_32x4 = 82672,
1115	Iop_Perm8x16 = 82673,		1115	Iop_Perm8x16 = 82673,
1116	Iop_Recip32x4 = 82674,		1116	Iop_Recip32x4 = 82674,
1117	Iop_Rsqrte32x4 = 82675		1117	Iop_Rsqrte32x4 = 82675
1118	} ;		1118	} ;
1119	typedef enum __anonenum_IROp_36 IROp;		1119	typedef enum __anonenum_IROp_36 IROp;
1120	enum __anonenum_IRRoundingMode_37 {		1120	enum __anonenum_IRRoundingMode_37 {
1121	Irrm_NEAREST = 0,		1121	Irrm_NEAREST = 0,
1122	Irrm_NegINF = 1,		1122	Irrm_NegINF = 1,
1123	Irrm_PosINF = 2,		1123	Irrm_PosINF = 2,
1124	Irrm_ZERO = 3		1124	Irrm_ZERO = 3
1125	} ;		1125	} ;
1126	typedef enum __anonenum_IRRoundingMode_37 IRRoundingMode;		1126	typedef enum __anonenum_IRRoundingMode_37 IRRoundingMode;
1127	enum __anonenum_IRCmpF64Result_38 {		1127	enum __anonenum_IRCmpF64Result_38 {
1128	Ircr_UN = 69,		1128	Ircr_UN = 69,
1129	Ircr_LT = 1,		1129	Ircr_LT = 1,
1130	Ircr_GT = 0,		1130	Ircr_GT = 0,
1131	Ircr_EQ = 64		1131	Ircr_EQ = 64
1132	} ;		1132	} ;
1133	typedef enum __anonenum_IRCmpF64Result_38 IRCmpF64Result;		1133	typedef enum __anonenum_IRCmpF64Result_38 IRCmpF64Result;
1134	typedef IRCmpF64Result IRCmpF32Result;		1134	typedef IRCmpF64Result IRCmpF32Result;
1135	typedef IRCmpF64Result IRCmpF128Result;		1135	typedef IRCmpF64Result IRCmpF128Result;
1136	enum __anonenum_IRExprTag_39 {		1136	enum __anonenum_IRExprTag_39 {
1137	Iex_Binder = 86016,		1137	Iex_Binder = 86016,
1138	Iex_Get = 86017,		1138	Iex_Get = 86017,
1139	Iex_GetI = 86018,		1139	Iex_GetI = 86018,
1140	Iex_RdTmp = 86019,		1140	Iex_RdTmp = 86019,
1141	Iex_Qop = 86020,		1141	Iex_Qop = 86020,
1142	Iex_Triop = 86021,		1142	Iex_Triop = 86021,
1143	Iex_Binop = 86022,		1143	Iex_Binop = 86022,
1144	Iex_Unop = 86023,		1144	Iex_Unop = 86023,
1145	Iex_Load = 86024,		1145	Iex_Load = 86024,
1146	Iex_Const = 86025,		1146	Iex_Const = 86025,
1147	Iex_Mux0X = 86026,		1147	Iex_Mux0X = 86026,
1148	Iex_CCall = 86027		1148	Iex_CCall = 86027
1149	} ;		1149	} ;
1150	typedef enum __anonenum_IRExprTag_39 IRExprTag;		1150	typedef enum __anonenum_IRExprTag_39 IRExprTag;
1151	struct _IRExpr;		1151	struct _IRExpr;
1152	typedef struct _IRExpr IRExpr;		1152	typedef struct _IRExpr IRExpr;
1153	struct __anonstruct_Binder_41 {		1153	struct __anonstruct_Binder_41 {
1154	Int binder ;		1154	Int binder ;
1155	};		1155	};
1156	struct __anonstruct_Get_42 {		1156	struct __anonstruct_Get_42 {
1157	Int offset ;		1157	Int offset ;
1158	IRType ty ;		1158	IRType ty ;
1159	};		1159	};
1160	struct __anonstruct_GetI_43 {		1160	struct __anonstruct_GetI_43 {
1161	IRRegArray *descr ;		1161	IRRegArray *descr ;
1162	IRExpr *ix ;		1162	IRExpr *ix ;
1163	Int bias ;		1163	Int bias ;
1164	};		1164	};
1165	struct __anonstruct_RdTmp_44 {		1165	struct __anonstruct_RdTmp_44 {
1166	IRTemp tmp ;		1166	IRTemp tmp ;
1167	};		1167	};
1168	struct __anonstruct_Qop_45 {		1168	struct __anonstruct_Qop_45 {
1169	IROp op ;		1169	IROp op ;
1170	IRExpr *arg1 ;		1170	IRExpr *arg1 ;
1171	IRExpr *arg2 ;		1171	IRExpr *arg2 ;
1172	IRExpr *arg3 ;		1172	IRExpr *arg3 ;
1173	IRExpr *arg4 ;		1173	IRExpr *arg4 ;
1174	};		1174	};
1175	struct __anonstruct_Triop_46 {		1175	struct __anonstruct_Triop_46 {
1176	IROp op ;		1176	IROp op ;
1177	IRExpr *arg1 ;		1177	IRExpr *arg1 ;
1178	IRExpr *arg2 ;		1178	IRExpr *arg2 ;
1179	IRExpr *arg3 ;		1179	IRExpr *arg3 ;
1180	};		1180	};
1181	struct __anonstruct_Binop_47 {		1181	struct __anonstruct_Binop_47 {
1182	IROp op ;		1182	IROp op ;
1183	IRExpr *arg1 ;		1183	IRExpr *arg1 ;
1184	IRExpr *arg2 ;		1184	IRExpr *arg2 ;
1185	};		1185	};
1186	struct __anonstruct_Unop_48 {		1186	struct __anonstruct_Unop_48 {
1187	IROp op ;		1187	IROp op ;
1188	IRExpr *arg ;		1188	IRExpr *arg ;
1189	};		1189	};
1190	struct __anonstruct_Load_49 {		1190	struct __anonstruct_Load_49 {
1191	IREndness end ;		1191	IREndness end ;
1192	IRType ty ;		1192	IRType ty ;
1193	IRExpr *addr ;		1193	IRExpr *addr ;
1194	};		1194	};
1195	struct __anonstruct_Const_50 {		1195	struct __anonstruct_Const_50 {
1196	IRConst *con ;		1196	IRConst *con ;
1197	};		1197	};
1198	struct __anonstruct_CCall_51 {		1198	struct __anonstruct_CCall_51 {
1199	IRCallee *cee ;		1199	IRCallee *cee ;
1200	IRType retty ;		1200	IRType retty ;
1201	IRExpr **args ;		1201	IRExpr **args ;
1202	};		1202	};
1203	struct __anonstruct_Mux0X_52 {		1203	struct __anonstruct_Mux0X_52 {
1204	IRExpr *cond ;		1204	IRExpr *cond ;
1205	IRExpr *expr0 ;		1205	IRExpr *expr0 ;
1206	IRExpr *exprX ;		1206	IRExpr *exprX ;
1207	};		1207	};
1208	union __anonunion_Iex_40 {		1208	union __anonunion_Iex_40 {
1209	struct __anonstruct_Binder_41 Binder ;		1209	struct __anonstruct_Binder_41 Binder ;
1210	struct __anonstruct_Get_42 Get ;		1210	struct __anonstruct_Get_42 Get ;
1211	struct __anonstruct_GetI_43 GetI ;		1211	struct __anonstruct_GetI_43 GetI ;
1212	struct __anonstruct_RdTmp_44 RdTmp ;		1212	struct __anonstruct_RdTmp_44 RdTmp ;
1213	struct __anonstruct_Qop_45 Qop ;		1213	struct __anonstruct_Qop_45 Qop ;
1214	struct __anonstruct_Triop_46 Triop ;		1214	struct __anonstruct_Triop_46 Triop ;
1215	struct __anonstruct_Binop_47 Binop ;		1215	struct __anonstruct_Binop_47 Binop ;
1216	struct __anonstruct_Unop_48 Unop ;		1216	struct __anonstruct_Unop_48 Unop ;
1217	struct __anonstruct_Load_49 Load ;		1217	struct __anonstruct_Load_49 Load ;
1218	struct __anonstruct_Const_50 Const ;		1218	struct __anonstruct_Const_50 Const ;
1219	struct __anonstruct_CCall_51 CCall ;		1219	struct __anonstruct_CCall_51 CCall ;
1220	struct __anonstruct_Mux0X_52 Mux0X ;		1220	struct __anonstruct_Mux0X_52 Mux0X ;
1221	};		1221	};
1222	struct _IRExpr {		1222	struct _IRExpr {
1223	IRExprTag tag ;		1223	IRExprTag tag ;
1224	union __anonunion_Iex_40 Iex ;		1224	union __anonunion_Iex_40 Iex ;
1225	};		1225	};
1226	enum __anonenum_IRJumpKind_53 {		1226	enum __anonenum_IRJumpKind_53 {
1227	Ijk_Boring = 90112,		1227	Ijk_Boring = 90112,
1228	Ijk_Call = 90113,		1228	Ijk_Call = 90113,
1229	Ijk_Ret = 90114,		1229	Ijk_Ret = 90114,
1230	Ijk_ClientReq = 90115,		1230	Ijk_ClientReq = 90115,
1231	Ijk_Yield = 90116,		1231	Ijk_Yield = 90116,
1232	Ijk_EmWarn = 90117,		1232	Ijk_EmWarn = 90117,
1233	Ijk_EmFail = 90118,		1233	Ijk_EmFail = 90118,
1234	Ijk_NoDecode = 90119,		1234	Ijk_NoDecode = 90119,
1235	Ijk_MapFail = 90120,		1235	Ijk_MapFail = 90120,
1236	Ijk_TInval = 90121,		1236	Ijk_TInval = 90121,
1237	Ijk_NoRedir = 90122,		1237	Ijk_NoRedir = 90122,
1238	Ijk_SigTRAP = 90123,		1238	Ijk_SigTRAP = 90123,
1239	Ijk_SigSEGV = 90124,		1239	Ijk_SigSEGV = 90124,
1240	Ijk_SigBUS = 90125,		1240	Ijk_SigBUS = 90125,
1241	Ijk_Sys_syscall = 90126,		1241	Ijk_Sys_syscall = 90126,
1242	Ijk_Sys_int32 = 90127,		1242	Ijk_Sys_int32 = 90127,
1243	Ijk_Sys_int128 = 90128,		1243	Ijk_Sys_int128 = 90128,
1244	Ijk_Sys_int129 = 90129,		1244	Ijk_Sys_int129 = 90129,
1245	Ijk_Sys_int130 = 90130,		1245	Ijk_Sys_int130 = 90130,
1246	Ijk_Sys_sysenter = 90131		1246	Ijk_Sys_sysenter = 90131
1247	} ;		1247	} ;
1248	typedef enum __anonenum_IRJumpKind_53 IRJumpKind;		1248	typedef enum __anonenum_IRJumpKind_53 IRJumpKind;
1249	enum __anonenum_IREffect_54 {		1249	enum __anonenum_IREffect_54 {
1250	Ifx_None = 94208,		1250	Ifx_None = 94208,
1251	Ifx_Read = 94209,		1251	Ifx_Read = 94209,
1252	Ifx_Write = 94210,		1252	Ifx_Write = 94210,
1253	Ifx_Modify = 94211		1253	Ifx_Modify = 94211
1254	} ;		1254	} ;
1255	typedef enum __anonenum_IREffect_54 IREffect;		1255	typedef enum __anonenum_IREffect_54 IREffect;
1256	struct __anonstruct_fxState_56 {		1256	struct __anonstruct_fxState_56 {
1257	IREffect fx ;		1257	IREffect fx ;
1258	Int offset ;		1258	Int offset ;
1259	Int size ;		1259	Int size ;
1260	};		1260	};
1261	struct __anonstruct_IRDirty_55 {		1261	struct __anonstruct_IRDirty_55 {
1262	IRCallee *cee ;		1262	IRCallee *cee ;
1263	IRExpr *guard ;		1263	IRExpr *guard ;
1264	IRExpr **args ;		1264	IRExpr **args ;
1265	IRTemp tmp ;		1265	IRTemp tmp ;
1266	IREffect mFx ;		1266	IREffect mFx ;
1267	IRExpr *mAddr ;		1267	IRExpr *mAddr ;
1268	Int mSize ;		1268	Int mSize ;
1269	Bool needsBBP ;		1269	Bool needsBBP ;
1270	Int nFxState ;		1270	Int nFxState ;
1271	struct __anonstruct_fxState_56 fxState[7] ;		1271	struct __anonstruct_fxState_56 fxState[7] ;
1272	};		1272	};
1273	typedef struct __anonstruct_IRDirty_55 IRDirty;		1273	typedef struct __anonstruct_IRDirty_55 IRDirty;
1274	enum __anonenum_IRMBusEvent_57 {		1274	enum __anonenum_IRMBusEvent_57 {
1275	Imbe_Fence = 98304,		1275	Imbe_Fence = 98304,
1276	Imbe_CancelReservation = 98305		1276	Imbe_CancelReservation = 98305
1277	} ;		1277	} ;
1278	typedef enum __anonenum_IRMBusEvent_57 IRMBusEvent;		1278	typedef enum __anonenum_IRMBusEvent_57 IRMBusEvent;
1279	struct __anonstruct_IRCAS_58 {		1279	struct __anonstruct_IRCAS_58 {
1280	IRTemp oldHi ;		1280	IRTemp oldHi ;
1281	IRTemp oldLo ;		1281	IRTemp oldLo ;
1282	IREndness end ;		1282	IREndness end ;
1283	IRExpr *addr ;		1283	IRExpr *addr ;
1284	IRExpr *expdHi ;		1284	IRExpr *expdHi ;
1285	IRExpr *expdLo ;		1285	IRExpr *expdLo ;
1286	IRExpr *dataHi ;		1286	IRExpr *dataHi ;
1287	IRExpr *dataLo ;		1287	IRExpr *dataLo ;
1288	};		1288	};
1289	typedef struct __anonstruct_IRCAS_58 IRCAS;		1289	typedef struct __anonstruct_IRCAS_58 IRCAS;
1290	enum __anonenum_IRStmtTag_59 {		1290	enum __anonenum_IRStmtTag_59 {
1291	Ist_NoOp = 102400,		1291	Ist_NoOp = 102400,
1292	Ist_IMark = 102401,		1292	Ist_IMark = 102401,
1293	Ist_AbiHint = 102402,		1293	Ist_AbiHint = 102402,
1294	Ist_Put = 102403,		1294	Ist_Put = 102403,
1295	Ist_PutI = 102404,		1295	Ist_PutI = 102404,
1296	Ist_WrTmp = 102405,		1296	Ist_WrTmp = 102405,
1297	Ist_Store = 102406,		1297	Ist_Store = 102406,
1298	Ist_CAS = 102407,		1298	Ist_CAS = 102407,
1299	Ist_LLSC = 102408,		1299	Ist_LLSC = 102408,
1300	Ist_Dirty = 102409,		1300	Ist_Dirty = 102409,
1301	Ist_MBE = 102410,		1301	Ist_MBE = 102410,
1302	Ist_Exit = 102411		1302	Ist_Exit = 102411
1303	} ;		1303	} ;
1304	typedef enum __anonenum_IRStmtTag_59 IRStmtTag;		1304	typedef enum __anonenum_IRStmtTag_59 IRStmtTag;
1305	struct __anonstruct_NoOp_61 {		1305	struct __anonstruct_NoOp_61 {
1306			1306
1307	};		1307	};
1308	struct __anonstruct_IMark_62 {		1308	struct __anonstruct_IMark_62 {
1309	Addr64 addr ;		1309	Addr64 addr ;
1310	Int len ;		1310	Int len ;
1311	UChar delta ;		1311	UChar delta ;
1312	};		1312	};
1313	struct __anonstruct_AbiHint_63 {		1313	struct __anonstruct_AbiHint_63 {
1314	IRExpr *base ;		1314	IRExpr *base ;
1315	Int len ;		1315	Int len ;
1316	IRExpr *nia ;		1316	IRExpr *nia ;
1317	};		1317	};
1318	struct __anonstruct_Put_64 {		1318	struct __anonstruct_Put_64 {
1319	Int offset ;		1319	Int offset ;
1320	IRExpr *data ;		1320	IRExpr *data ;
1321	};		1321	};
1322	struct __anonstruct_PutI_65 {		1322	struct __anonstruct_PutI_65 {
1323	IRRegArray *descr ;		1323	IRRegArray *descr ;
1324	IRExpr *ix ;		1324	IRExpr *ix ;
1325	Int bias ;		1325	Int bias ;
1326	IRExpr *data ;		1326	IRExpr *data ;
1327	};		1327	};
1328	struct __anonstruct_WrTmp_66 {		1328	struct __anonstruct_WrTmp_66 {
1329	IRTemp tmp ;		1329	IRTemp tmp ;
1330	IRExpr *data ;		1330	IRExpr *data ;
1331	};		1331	};
1332	struct __anonstruct_Store_67 {		1332	struct __anonstruct_Store_67 {
1333	IREndness end ;		1333	IREndness end ;
1334	IRExpr *addr ;		1334	IRExpr *addr ;
1335	IRExpr *data ;		1335	IRExpr *data ;
1336	};		1336	};
1337	struct __anonstruct_CAS_68 {		1337	struct __anonstruct_CAS_68 {
1338	IRCAS *details ;		1338	IRCAS *details ;
1339	};		1339	};
1340	struct __anonstruct_LLSC_69 {		1340	struct __anonstruct_LLSC_69 {
1341	IREndness end ;		1341	IREndness end ;
1342	IRTemp result ;		1342	IRTemp result ;
1343	IRExpr *addr ;		1343	IRExpr *addr ;
1344	IRExpr *storedata ;		1344	IRExpr *storedata ;
1345	};		1345	};
1346	struct __anonstruct_Dirty_70 {		1346	struct __anonstruct_Dirty_70 {
1347	IRDirty *details ;		1347	IRDirty *details ;
1348	};		1348	};
1349	struct __anonstruct_MBE_71 {		1349	struct __anonstruct_MBE_71 {
1350	IRMBusEvent event ;		1350	IRMBusEvent event ;
1351	};		1351	};
1352	struct __anonstruct_Exit_72 {		1352	struct __anonstruct_Exit_72 {
1353	IRExpr *guard ;		1353	IRExpr *guard ;
1354	IRJumpKind jk ;		1354	IRJumpKind jk ;
1355	IRConst *dst ;		1355	IRConst *dst ;
1356	};		1356	};
1357	union __anonunion_Ist_60 {		1357	union __anonunion_Ist_60 {
1358	struct __anonstruct_NoOp_61 NoOp ;		1358	struct __anonstruct_NoOp_61 NoOp ;
1359	struct __anonstruct_IMark_62 IMark ;		1359	struct __anonstruct_IMark_62 IMark ;
1360	struct __anonstruct_AbiHint_63 AbiHint ;		1360	struct __anonstruct_AbiHint_63 AbiHint ;
1361	struct __anonstruct_Put_64 Put ;		1361	struct __anonstruct_Put_64 Put ;
1362	struct __anonstruct_PutI_65 PutI ;		1362	struct __anonstruct_PutI_65 PutI ;
1363	struct __anonstruct_WrTmp_66 WrTmp ;		1363	struct __anonstruct_WrTmp_66 WrTmp ;
1364	struct __anonstruct_Store_67 Store ;		1364	struct __anonstruct_Store_67 Store ;
1365	struct __anonstruct_CAS_68 CAS ;		1365	struct __anonstruct_CAS_68 CAS ;
1366	struct __anonstruct_LLSC_69 LLSC ;		1366	struct __anonstruct_LLSC_69 LLSC ;
1367	struct __anonstruct_Dirty_70 Dirty ;		1367	struct __anonstruct_Dirty_70 Dirty ;
1368	struct __anonstruct_MBE_71 MBE ;		1368	struct __anonstruct_MBE_71 MBE ;
1369	struct __anonstruct_Exit_72 Exit ;		1369	struct __anonstruct_Exit_72 Exit ;
1370	};		1370	};
1371	struct _IRStmt {		1371	struct _IRStmt {
1372	IRStmtTag tag ;		1372	IRStmtTag tag ;
1373	union __anonunion_Ist_60 Ist ;		1373	union __anonunion_Ist_60 Ist ;
1374	};		1374	};
1375	typedef struct _IRStmt IRStmt;		1375	typedef struct _IRStmt IRStmt;
1376	struct __anonstruct_IRTypeEnv_73 {		1376	struct __anonstruct_IRTypeEnv_73 {
1377	IRType *types ;		1377	IRType *types ;
1378	Int types_size ;		1378	Int types_size ;
1379	Int types_used ;		1379	Int types_used ;
1380	};		1380	};
1381	typedef struct __anonstruct_IRTypeEnv_73 IRTypeEnv;		1381	typedef struct __anonstruct_IRTypeEnv_73 IRTypeEnv;
1382	struct __anonstruct_IRSB_74 {		1382	struct __anonstruct_IRSB_74 {
1383	IRTypeEnv *tyenv ;		1383	IRTypeEnv *tyenv ;
1384	IRStmt **stmts ;		1384	IRStmt **stmts ;
1385	Int stmts_size ;		1385	Int stmts_size ;
1386	Int stmts_used ;		1386	Int stmts_used ;
1387	IRExpr *next ;		1387	IRExpr *next ;
1388	IRJumpKind jumpkind ;		1388	IRJumpKind jumpkind ;
1389	};		1389	};
1390	typedef struct __anonstruct_IRSB_74 IRSB;		1390	typedef struct __anonstruct_IRSB_74 IRSB;
1391	enum __anonenum_VexArch_75 {		1391	enum __anonenum_VexArch_75 {
1392	VexArch_INVALID = 0,		1392	VexArch_INVALID = 0,
1393	VexArchX86 = 1,		1393	VexArchX86 = 1,
1394	VexArchAMD64 = 2,		1394	VexArchAMD64 = 2,
1395	VexArchARM = 3,		1395	VexArchARM = 3,
1396	VexArchPPC32 = 4,		1396	VexArchPPC32 = 4,
1397	VexArchPPC64 = 5,		1397	VexArchPPC64 = 5,
1398	VexArchS390X = 6		1398	VexArchS390X = 6
1399	} ;		1399	} ;
1400	typedef enum __anonenum_VexArch_75 VexArch;		1400	typedef enum __anonenum_VexArch_75 VexArch;
1401	struct __anonstruct_VexArchInfo_76 {		1401	struct __anonstruct_VexArchInfo_76 {
1402	UInt hwcaps ;		1402	UInt hwcaps ;
1403	Int ppc_cache_line_szB ;		1403	Int ppc_cache_line_szB ;
1404	UInt ppc_dcbz_szB ;		1404	UInt ppc_dcbz_szB ;
1405	UInt ppc_dcbzl_szB ;		1405	UInt ppc_dcbzl_szB ;
1406	};		1406	};
1407	typedef struct __anonstruct_VexArchInfo_76 VexArchInfo;		1407	typedef struct __anonstruct_VexArchInfo_76 VexArchInfo;
1408	struct __anonstruct_VexAbiInfo_77 {		1408	struct __anonstruct_VexAbiInfo_77 {
1409	Int guest_stack_redzone_size ;		1409	Int guest_stack_redzone_size ;
1410	Bool guest_amd64_assume_fs_is_zero ;		1410	Bool guest_amd64_assume_fs_is_zero ;
1411	Bool guest_amd64_assume_gs_is_0x60 ;		1411	Bool guest_amd64_assume_gs_is_0x60 ;
1412	Bool guest_ppc_zap_RZ_at_blr ;		1412	Bool guest_ppc_zap_RZ_at_blr ;
1413	Bool (*guest_ppc_zap_RZ_at_bl)(Addr64  ) ;		1413	Bool (*guest_ppc_zap_RZ_at_bl)(Addr64  ) ;
1414	Bool guest_ppc_sc_continues_at_LR ;		1414	Bool guest_ppc_sc_continues_at_LR ;
1415	Bool host_ppc_calls_use_fndescrs ;		1415	Bool host_ppc_calls_use_fndescrs ;
1416	Bool host_ppc32_regalign_int64_args ;		1416	Bool host_ppc32_regalign_int64_args ;
1417	};		1417	};
1418	typedef struct __anonstruct_VexAbiInfo_77 VexAbiInfo;		1418	typedef struct __anonstruct_VexAbiInfo_77 VexAbiInfo;
1419	struct __anonstruct_VexControl_78 {		1419	struct __anonstruct_VexControl_78 {
1420	Int iropt_verbosity ;		1420	Int iropt_verbosity ;
1421	Int iropt_level ;		1421	Int iropt_level ;
1422	Bool iropt_precise_memory_exns ;		1422	Bool iropt_precise_memory_exns ;
1423	Int iropt_unroll_thresh ;		1423	Int iropt_unroll_thresh ;
1424	Int guest_max_insns ;		1424	Int guest_max_insns ;
1425	Int guest_chase_thresh ;		1425	Int guest_chase_thresh ;
1426	Bool guest_chase_cond ;		1426	Bool guest_chase_cond ;
1427	};		1427	};
1428	typedef struct __anonstruct_VexControl_78 VexControl;		1428	typedef struct __anonstruct_VexControl_78 VexControl;
1429	union __anonunion_x_79 {		1429	union __anonunion_x_79 {
1430	char c ;		1430	char c ;
1431	short s ;		1431	short s ;
1432	int i ;		1432	int i ;
1433	long l ;		1433	long l ;
1434	long long ll ;		1434	long long ll ;
1435	float f ;		1435	float f ;
1436	double d ;		1436	double d ;
1437	void *pto ;		1437	void *pto ;
1438	void (*ptf)(void) ;		1438	void (*ptf)(void) ;
1439	};		1439	};
1440	struct align {		1440	struct align {
1441	char c ;		1441	char c ;
1442	union __anonunion_x_79 x ;		1442	union __anonunion_x_79 x ;
1443	};		1443	};
1444	struct __anonstruct_alwaysDefd_81 {		1444	struct __anonstruct_alwaysDefd_81 {
1445	Int offset ;		1445	Int offset ;
1446	Int size ;		1446	Int size ;
1447	};		1447	};
1448	struct __anonstruct_VexGuestLayout_80 {		1448	struct __anonstruct_VexGuestLayout_80 {
1449	Int total_sizeB ;		1449	Int total_sizeB ;
1450	Int offset_SP ;		1450	Int offset_SP ;
1451	Int sizeof_SP ;		1451	Int sizeof_SP ;
1452	Int offset_FP ;		1452	Int offset_FP ;
1453	Int sizeof_FP ;		1453	Int sizeof_FP ;
1454	Int offset_IP ;		1454	Int offset_IP ;
1455	Int sizeof_IP ;		1455	Int sizeof_IP ;
1456	Int n_alwaysDefd ;		1456	Int n_alwaysDefd ;
1457	struct __anonstruct_alwaysDefd_81 alwaysDefd[24] ;		1457	struct __anonstruct_alwaysDefd_81 alwaysDefd[24] ;
1458	};		1458	};
1459	typedef struct __anonstruct_VexGuestLayout_80 VexGuestLayout;		1459	typedef struct __anonstruct_VexGuestLayout_80 VexGuestLayout;
1460	enum __anonenum_status_83 {		1460	enum __anonenum_status_83 {
1461	VexTransOK = 0,		1461	VexTransOK = 0,
1462	VexTransAccessFail = 1,		1462	VexTransAccessFail = 1,
1463	VexTransOutputFull = 2		1463	VexTransOutputFull = 2
1464	} ;		1464	} ;
1465	struct __anonstruct_VexTranslateResult_82 {		1465	struct __anonstruct_VexTranslateResult_82 {
1466	enum __anonenum_status_83 status ;		1466	enum __anonenum_status_83 status ;
1467	UInt n_sc_extents ;		1467	UInt n_sc_extents ;
1468	};		1468	};
1469	typedef struct __anonstruct_VexTranslateResult_82 VexTranslateResult;		1469	typedef struct __anonstruct_VexTranslateResult_82 VexTranslateResult;
1470	struct __anonstruct_VexGuestExtents_84 {		1470	struct __anonstruct_VexGuestExtents_84 {
1471	Addr64 base[3] ;		1471	Addr64 base[3] ;
1472	UShort len[3] ;		1472	UShort len[3] ;
1473	UShort n_used ;		1473	UShort n_used ;
1474	};		1474	};
1475	typedef struct __anonstruct_VexGuestExtents_84 VexGuestExtents;		1475	typedef struct __anonstruct_VexGuestExtents_84 VexGuestExtents;
1476	struct __anonstruct_VexTranslateArgs_85 {		1476	struct __anonstruct_VexTranslateArgs_85 {
1477	VexArch arch_guest ;		1477	VexArch arch_guest ;
1478	VexArchInfo archinfo_guest ;		1478	VexArchInfo archinfo_guest ;
1479	VexArch arch_host ;		1479	VexArch arch_host ;
1480	VexArchInfo archinfo_host ;		1480	VexArchInfo archinfo_host ;
1481	VexAbiInfo abiinfo_both ;		1481	VexAbiInfo abiinfo_both ;
1482	void *callback_opaque ;		1482	void *callback_opaque ;
1483	UChar *guest_bytes ;		1483	UChar *guest_bytes ;
1484	Addr64 guest_bytes_addr ;		1484	Addr64 guest_bytes_addr ;
1485	Bool (*chase_into_ok)(void * , Addr64  ) ;		1485	Bool (*chase_into_ok)(void * , Addr64  ) ;
1486	VexGuestExtents *guest_extents ;		1486	VexGuestExtents *guest_extents ;
1487	UChar *host_bytes ;		1487	UChar *host_bytes ;
1488	Int host_bytes_size ;		1488	Int host_bytes_size ;
1489	Int *host_bytes_used ;		1489	Int *host_bytes_used ;
1490	IRSB *(*instrument1)(void * , IRSB * , VexGuestLayout * , VexGuestExtents * ,		1490	IRSB *(*instrument1)(void * , IRSB * , VexGuestLayout * , VexGuestExtents * ,
1491	IRType gWordTy , IRType hWordTy ) ;		1491	IRType gWordTy , IRType hWordTy ) ;
1492	IRSB *(*instrument2)(void * , IRSB * , VexGuestLayout * , VexGuestExtents * ,		1492	IRSB *(*instrument2)(void * , IRSB * , VexGuestLayout * , VexGuestExtents * ,
1493	IRType gWordTy , IRType hWordTy ) ;		1493	IRType gWordTy , IRType hWordTy ) ;
1494	IRSB *(*finaltidy)(IRSB * ) ;		1494	IRSB *(*finaltidy)(IRSB * ) ;
1495	UInt (*needs_self_check)(void * , VexGuestExtents * ) ;		1495	UInt (*needs_self_check)(void * , VexGuestExtents * ) ;
1496	Bool (*preamble_function)(void * , IRSB * ) ;		1496	Bool (*preamble_function)(void * , IRSB * ) ;
1497	Int traceflags ;		1497	Int traceflags ;
1498	void *dispatch_unassisted ;		1498	void *dispatch_unassisted ;
1499	void *dispatch_assisted ;		1499	void *dispatch_assisted ;
1500	};		1500	};
1501	typedef struct __anonstruct_VexTranslateArgs_85 VexTranslateArgs;		1501	typedef struct __anonstruct_VexTranslateArgs_85 VexTranslateArgs;
1502	struct __anonstruct_VgCallbackClosure_86 {		1502	struct __anonstruct_VgCallbackClosure_86 {
1503	Addr64 nraddr ;		1503	Addr64 nraddr ;
1504	Addr64 readdr ;		1504	Addr64 readdr ;
1505	ThreadId tid ;		1505	ThreadId tid ;
1506	};		1506	};
1507	typedef struct __anonstruct_VgCallbackClosure_86 VgCallbackClosure;		1507	typedef struct __anonstruct_VgCallbackClosure_86 VgCallbackClosure;
1508	enum __anonenum_CorePart_87 {		1508	enum __anonenum_CorePart_87 {
1509	Vg_CoreStartup = 1,		1509	Vg_CoreStartup = 1,
1510	Vg_CoreSignal = 2,		1510	Vg_CoreSignal = 2,
1511	Vg_CoreSysCall = 3,		1511	Vg_CoreSysCall = 3,
1512	Vg_CoreSysCallArgInMem = 4,		1512	Vg_CoreSysCallArgInMem = 4,
1513	Vg_CoreTranslate = 5,		1513	Vg_CoreTranslate = 5,
1514	Vg_CoreClientReq = 6		1514	Vg_CoreClientReq = 6
1515	} ;		1515	} ;
1516	typedef enum __anonenum_CorePart_87 CorePart;		1516	typedef enum __anonenum_CorePart_87 CorePart;
1517	struct __anonstruct_OrigFn_88 {		1517	struct __anonstruct_OrigFn_88 {
1518	unsigned int nraddr ;		1518	unsigned int nraddr ;
1519	};		1519	};
1520	typedef struct __anonstruct_OrigFn_88 OrigFn;		1520	typedef struct __anonstruct_OrigFn_88 OrigFn;
1521	enum __anonenum_Vg_ClientRequest_89 {		1521	enum __anonenum_Vg_ClientRequest_89 {
1522	VG_USERREQ__RUNNING_ON_VALGRIND = 4097,		1522	VG_USERREQ__RUNNING_ON_VALGRIND = 4097,
1523	VG_USERREQ__DISCARD_TRANSLATIONS = 4098,		1523	VG_USERREQ__DISCARD_TRANSLATIONS = 4098,
1524	VG_USERREQ__CLIENT_CALL0 = 4353,		1524	VG_USERREQ__CLIENT_CALL0 = 4353,
1525	VG_USERREQ__CLIENT_CALL1 = 4354,		1525	VG_USERREQ__CLIENT_CALL1 = 4354,
1526	VG_USERREQ__CLIENT_CALL2 = 4355,		1526	VG_USERREQ__CLIENT_CALL2 = 4355,
1527	VG_USERREQ__CLIENT_CALL3 = 4356,		1527	VG_USERREQ__CLIENT_CALL3 = 4356,
1528	VG_USERREQ__COUNT_ERRORS = 4609,		1528	VG_USERREQ__COUNT_ERRORS = 4609,
1529	VG_USERREQ__GDB_MONITOR_COMMAND = 4610,		1529	VG_USERREQ__GDB_MONITOR_COMMAND = 4610,
1530	VG_USERREQ__MALLOCLIKE_BLOCK = 4865,		1530	VG_USERREQ__MALLOCLIKE_BLOCK = 4865,
1531	VG_USERREQ__RESIZEINPLACE_BLOCK = 4875,		1531	VG_USERREQ__RESIZEINPLACE_BLOCK = 4875,
1532	VG_USERREQ__FREELIKE_BLOCK = 4866,		1532	VG_USERREQ__FREELIKE_BLOCK = 4866,
1533	VG_USERREQ__CREATE_MEMPOOL = 4867,		1533	VG_USERREQ__CREATE_MEMPOOL = 4867,
1534	VG_USERREQ__DESTROY_MEMPOOL = 4868,		1534	VG_USERREQ__DESTROY_MEMPOOL = 4868,
1535	VG_USERREQ__MEMPOOL_ALLOC = 4869,		1535	VG_USERREQ__MEMPOOL_ALLOC = 4869,
1536	VG_USERREQ__MEMPOOL_FREE = 4870,		1536	VG_USERREQ__MEMPOOL_FREE = 4870,
1537	VG_USERREQ__MEMPOOL_TRIM = 4871,		1537	VG_USERREQ__MEMPOOL_TRIM = 4871,
1538	VG_USERREQ__MOVE_MEMPOOL = 4872,		1538	VG_USERREQ__MOVE_MEMPOOL = 4872,
1539	VG_USERREQ__MEMPOOL_CHANGE = 4873,		1539	VG_USERREQ__MEMPOOL_CHANGE = 4873,
1540	VG_USERREQ__MEMPOOL_EXISTS = 4874,		1540	VG_USERREQ__MEMPOOL_EXISTS = 4874,
1541	VG_USERREQ__PRINTF = 5121,		1541	VG_USERREQ__PRINTF = 5121,
1542	VG_USERREQ__PRINTF_BACKTRACE = 5122,		1542	VG_USERREQ__PRINTF_BACKTRACE = 5122,
1543	VG_USERREQ__PRINTF_VALIST_BY_REF = 5123,		1543	VG_USERREQ__PRINTF_VALIST_BY_REF = 5123,
1544	VG_USERREQ__PRINTF_BACKTRACE_VALIST_BY_REF = 5124,		1544	VG_USERREQ__PRINTF_BACKTRACE_VALIST_BY_REF = 5124,
1545	VG_USERREQ__STACK_REGISTER = 5377,		1545	VG_USERREQ__STACK_REGISTER = 5377,
1546	VG_USERREQ__STACK_DEREGISTER = 5378,		1546	VG_USERREQ__STACK_DEREGISTER = 5378,
1547	VG_USERREQ__STACK_CHANGE = 5379,		1547	VG_USERREQ__STACK_CHANGE = 5379,
1548	VG_USERREQ__LOAD_PDB_DEBUGINFO = 5633,		1548	VG_USERREQ__LOAD_PDB_DEBUGINFO = 5633,
1549	VG_USERREQ__MAP_IP_TO_SRCLOC = 5889,		1549	VG_USERREQ__MAP_IP_TO_SRCLOC = 5889,
1550	VG_USERREQ__CHANGE_ERR_DISABLEMENT = 6145		1550	VG_USERREQ__CHANGE_ERR_DISABLEMENT = 6145
1551	} ;		1551	} ;
1552	typedef enum __anonenum_Vg_ClientRequest_89 Vg_ClientRequest;		1552	typedef enum __anonenum_Vg_ClientRequest_89 Vg_ClientRequest;
1553	enum __anonenum_90 {		1553	enum __anonenum_90 {
1554	VG_USERREQ__DRD_CLEAN_MEMORY = 1212612608,		1554	VG_USERREQ__DRD_CLEAN_MEMORY = 1212612608,
1555	VG_USERREQ__DRD_GET_VALGRIND_THREAD_ID = 1146224640,		1555	VG_USERREQ__DRD_GET_VALGRIND_THREAD_ID = 1146224640,
1556	VG_USERREQ__DRD_GET_DRD_THREAD_ID = 1146224641,		1556	VG_USERREQ__DRD_GET_DRD_THREAD_ID = 1146224641,
1557	VG_USERREQ__DRD_START_SUPPRESSION = 1146224642,		1557	VG_USERREQ__DRD_START_SUPPRESSION = 1146224642,
1558	VG_USERREQ__DRD_FINISH_SUPPRESSION = 1146224643,		1558	VG_USERREQ__DRD_FINISH_SUPPRESSION = 1146224643,
1559	VG_USERREQ__DRD_START_TRACE_ADDR = 1146224644,		1559	VG_USERREQ__DRD_START_TRACE_ADDR = 1146224644,
1560	VG_USERREQ__DRD_STOP_TRACE_ADDR = 1146224645,		1560	VG_USERREQ__DRD_STOP_TRACE_ADDR = 1146224645,
1561	VG_USERREQ__DRD_RECORD_LOADS = 1146224646,		1561	VG_USERREQ__DRD_RECORD_LOADS = 1146224646,
1562	VG_USERREQ__DRD_RECORD_STORES = 1146224647,		1562	VG_USERREQ__DRD_RECORD_STORES = 1146224647,
1563	VG_USERREQ__DRD_SET_THREAD_NAME = 1146224648,		1563	VG_USERREQ__DRD_SET_THREAD_NAME = 1146224648,
1564	VG_USERREQ__DRD_ANNOTATION_UNIMP = 1146224649,		1564	VG_USERREQ__DRD_ANNOTATION_UNIMP = 1146224649,
1565	VG_USERREQ__DRD_ANNOTATE_RWLOCK_CREATE = 1212612878,		1565	VG_USERREQ__DRD_ANNOTATE_RWLOCK_CREATE = 1212612878,
1566	VG_USERREQ__DRD_ANNOTATE_RWLOCK_DESTROY = 1212612879,		1566	VG_USERREQ__DRD_ANNOTATE_RWLOCK_DESTROY = 1212612879,
1567	VG_USERREQ__DRD_ANNOTATE_RWLOCK_ACQUIRED = 1212612881,		1567	VG_USERREQ__DRD_ANNOTATE_RWLOCK_ACQUIRED = 1212612881,
1568	VG_USERREQ__DRD_ANNOTATE_RWLOCK_RELEASED = 1212612882,		1568	VG_USERREQ__DRD_ANNOTATE_RWLOCK_RELEASED = 1212612882,
1569	VG_USERREQ__HELGRIND_ANNOTATION_UNIMP = 1212612896,		1569	VG_USERREQ__HELGRIND_ANNOTATION_UNIMP = 1212612896,
1570	VG_USERREQ__DRD_ANNOTATE_HAPPENS_BEFORE = 1212612897,		1570	VG_USERREQ__DRD_ANNOTATE_HAPPENS_BEFORE = 1212612897,
1571	VG_USERREQ__DRD_ANNOTATE_HAPPENS_AFTER = 1212612898		1571	VG_USERREQ__DRD_ANNOTATE_HAPPENS_AFTER = 1212612898
1572	} ;		1572	} ;
1573	enum __anonenum_91 {		1573	enum __anonenum_91 {
1574	VG_USERREQ__SET_PTHREAD_COND_INITIALIZER = 1148321792,		1574	VG_USERREQ__SET_PTHREAD_COND_INITIALIZER = 1148321792,
1575	VG_USERREQ__DRD_START_NEW_SEGMENT = 1148321793,		1575	VG_USERREQ__DRD_START_NEW_SEGMENT = 1148321793,
1576	VG_USERREQ__SET_PTHREADID = 1148321794,		1576	VG_USERREQ__SET_PTHREADID = 1148321794,
1577	VG_USERREQ__SET_JOINABLE = 1148321795,		1577	VG_USERREQ__SET_JOINABLE = 1148321795,
1578	VG_USERREQ__ENTERING_PTHREAD_CREATE = 1148321796,		1578	VG_USERREQ__ENTERING_PTHREAD_CREATE = 1148321796,
1579	VG_USERREQ__LEFT_PTHREAD_CREATE = 1148321797,		1579	VG_USERREQ__LEFT_PTHREAD_CREATE = 1148321797,
1580	VG_USERREQ__POST_THREAD_JOIN = 1148321798,		1580	VG_USERREQ__POST_THREAD_JOIN = 1148321798,
1581	VG_USERREQ__PRE_THREAD_CANCEL = 1148321799,		1581	VG_USERREQ__PRE_THREAD_CANCEL = 1148321799,
1582	VG_USERREQ__POST_THREAD_CANCEL = 1148321800,		1582	VG_USERREQ__POST_THREAD_CANCEL = 1148321800,
1583	VG_USERREQ__PRE_MUTEX_INIT = 1148321801,		1583	VG_USERREQ__PRE_MUTEX_INIT = 1148321801,
1584	VG_USERREQ__POST_MUTEX_INIT = 1148321802,		1584	VG_USERREQ__POST_MUTEX_INIT = 1148321802,
1585	VG_USERREQ__PRE_MUTEX_DESTROY = 1148321803,		1585	VG_USERREQ__PRE_MUTEX_DESTROY = 1148321803,
1586	VG_USERREQ__POST_MUTEX_DESTROY = 1148321804,		1586	VG_USERREQ__POST_MUTEX_DESTROY = 1148321804,
1587	VG_USERREQ__PRE_MUTEX_LOCK = 1148321805,		1587	VG_USERREQ__PRE_MUTEX_LOCK = 1148321805,
1588	VG_USERREQ__POST_MUTEX_LOCK = 1148321806,		1588	VG_USERREQ__POST_MUTEX_LOCK = 1148321806,
1589	VG_USERREQ__PRE_MUTEX_UNLOCK = 1148321807,		1589	VG_USERREQ__PRE_MUTEX_UNLOCK = 1148321807,
1590	VG_USERREQ__POST_MUTEX_UNLOCK = 1148321808,		1590	VG_USERREQ__POST_MUTEX_UNLOCK = 1148321808,
1591	VG_USERREQ__PRE_SPIN_INIT_OR_UNLOCK = 1148321809,		1591	VG_USERREQ__PRE_SPIN_INIT_OR_UNLOCK = 1148321809,
1592	VG_USERREQ__POST_SPIN_INIT_OR_UNLOCK = 1148321810,		1592	VG_USERREQ__POST_SPIN_INIT_OR_UNLOCK = 1148321810,
1593	VG_USERREQ__PRE_COND_INIT = 1148321811,		1593	VG_USERREQ__PRE_COND_INIT = 1148321811,
1594	VG_USERREQ__POST_COND_INIT = 1148321812,		1594	VG_USERREQ__POST_COND_INIT = 1148321812,
1595	VG_USERREQ__PRE_COND_DESTROY = 1148321813,		1595	VG_USERREQ__PRE_COND_DESTROY = 1148321813,
1596	VG_USERREQ__POST_COND_DESTROY = 1148321814,		1596	VG_USERREQ__POST_COND_DESTROY = 1148321814,
1597	VG_USERREQ__PRE_COND_WAIT = 1148321815,		1597	VG_USERREQ__PRE_COND_WAIT = 1148321815,
1598	VG_USERREQ__POST_COND_WAIT = 1148321816,		1598	VG_USERREQ__POST_COND_WAIT = 1148321816,
1599	VG_USERREQ__PRE_COND_SIGNAL = 1148321817,		1599	VG_USERREQ__PRE_COND_SIGNAL = 1148321817,
1600	VG_USERREQ__POST_COND_SIGNAL = 1148321818,		1600	VG_USERREQ__POST_COND_SIGNAL = 1148321818,
1601	VG_USERREQ__PRE_COND_BROADCAST = 1148321819,		1601	VG_USERREQ__PRE_COND_BROADCAST = 1148321819,
1602	VG_USERREQ__POST_COND_BROADCAST = 1148321820,		1602	VG_USERREQ__POST_COND_BROADCAST = 1148321820,
1603	VG_USERREQ__PRE_SEM_INIT = 1148321821,		1603	VG_USERREQ__PRE_SEM_INIT = 1148321821,
1604	VG_USERREQ__POST_SEM_INIT = 1148321822,		1604	VG_USERREQ__POST_SEM_INIT = 1148321822,
1605	VG_USERREQ__PRE_SEM_DESTROY = 1148321823,		1605	VG_USERREQ__PRE_SEM_DESTROY = 1148321823,
1606	VG_USERREQ__POST_SEM_DESTROY = 1148321824,		1606	VG_USERREQ__POST_SEM_DESTROY = 1148321824,
1607	VG_USERREQ__PRE_SEM_OPEN = 1148321825,		1607	VG_USERREQ__PRE_SEM_OPEN = 1148321825,
1608	VG_USERREQ__POST_SEM_OPEN = 1148321826,		1608	VG_USERREQ__POST_SEM_OPEN = 1148321826,
1609	VG_USERREQ__PRE_SEM_CLOSE = 1148321827,		1609	VG_USERREQ__PRE_SEM_CLOSE = 1148321827,
1610	VG_USERREQ__POST_SEM_CLOSE = 1148321828,		1610	VG_USERREQ__POST_SEM_CLOSE = 1148321828,
1611	VG_USERREQ__PRE_SEM_WAIT = 1148321829,		1611	VG_USERREQ__PRE_SEM_WAIT = 1148321829,
1612	VG_USERREQ__POST_SEM_WAIT = 1148321830,		1612	VG_USERREQ__POST_SEM_WAIT = 1148321830,
1613	VG_USERREQ__PRE_SEM_POST = 1148321831,		1613	VG_USERREQ__PRE_SEM_POST = 1148321831,
1614	VG_USERREQ__POST_SEM_POST = 1148321832,		1614	VG_USERREQ__POST_SEM_POST = 1148321832,
1615	VG_USERREQ__PRE_BARRIER_INIT = 1148321833,		1615	VG_USERREQ__PRE_BARRIER_INIT = 1148321833,
1616	VG_USERREQ__POST_BARRIER_INIT = 1148321834,		1616	VG_USERREQ__POST_BARRIER_INIT = 1148321834,
1617	VG_USERREQ__PRE_BARRIER_DESTROY = 1148321835,		1617	VG_USERREQ__PRE_BARRIER_DESTROY = 1148321835,
1618	VG_USERREQ__POST_BARRIER_DESTROY = 1148321836,		1618	VG_USERREQ__POST_BARRIER_DESTROY = 1148321836,
1619	VG_USERREQ__PRE_BARRIER_WAIT = 1148321837,		1619	VG_USERREQ__PRE_BARRIER_WAIT = 1148321837,
1620	VG_USERREQ__POST_BARRIER_WAIT = 1148321838,		1620	VG_USERREQ__POST_BARRIER_WAIT = 1148321838,
1621	VG_USERREQ__PRE_RWLOCK_INIT = 1148321839,		1621	VG_USERREQ__PRE_RWLOCK_INIT = 1148321839,
1622	VG_USERREQ__POST_RWLOCK_DESTROY = 1148321840,		1622	VG_USERREQ__POST_RWLOCK_DESTROY = 1148321840,
1623	VG_USERREQ__PRE_RWLOCK_RDLOCK = 1148321841,		1623	VG_USERREQ__PRE_RWLOCK_RDLOCK = 1148321841,
1624	VG_USERREQ__POST_RWLOCK_RDLOCK = 1148321842,		1624	VG_USERREQ__POST_RWLOCK_RDLOCK = 1148321842,
1625	VG_USERREQ__PRE_RWLOCK_WRLOCK = 1148321843,		1625	VG_USERREQ__PRE_RWLOCK_WRLOCK = 1148321843,
1626	VG_USERREQ__POST_RWLOCK_WRLOCK = 1148321844,		1626	VG_USERREQ__POST_RWLOCK_WRLOCK = 1148321844,
1627	VG_USERREQ__PRE_RWLOCK_UNLOCK = 1148321845,		1627	VG_USERREQ__PRE_RWLOCK_UNLOCK = 1148321845,
1628	VG_USERREQ__POST_RWLOCK_UNLOCK = 1148321846		1628	VG_USERREQ__POST_RWLOCK_UNLOCK = 1148321846
1629	} ;		1629	} ;
1630	enum __anonenum_MutexT_92 {		1630	enum __anonenum_MutexT_92 {
1631	mutex_type_unknown = -1,		1631	mutex_type_unknown = -1,
1632	mutex_type_invalid_mutex = 0,		1632	mutex_type_invalid_mutex = 0,
1633	mutex_type_recursive_mutex = 1,		1633	mutex_type_recursive_mutex = 1,
1634	mutex_type_errorcheck_mutex = 2,		1634	mutex_type_errorcheck_mutex = 2,
1635	mutex_type_default_mutex = 3,		1635	mutex_type_default_mutex = 3,
1636	mutex_type_spinlock = 4		1636	mutex_type_spinlock = 4
1637	} ;		1637	} ;
1638	typedef enum __anonenum_MutexT_92 MutexT;		1638	typedef enum __anonenum_MutexT_92 MutexT;
1639	enum __anonenum_RwLockT_93 {		1639	enum __anonenum_RwLockT_93 {
1640	pthread_rwlock = 1,		1640	pthread_rwlock = 1,
1641	user_rwlock = 2		1641	user_rwlock = 2
1642	} ;		1642	} ;
1643	typedef enum __anonenum_RwLockT_93 RwLockT;		1643	typedef enum __anonenum_RwLockT_93 RwLockT;
1644	enum __anonenum_BarrierT_94 {		1644	enum __anonenum_BarrierT_94 {
1645	pthread_barrier = 1,		1645	pthread_barrier = 1,
1646	gomp_barrier = 2		1646	gomp_barrier = 2
1647	} ;		1647	} ;
1648	typedef enum __anonenum_BarrierT_94 BarrierT;		1648	typedef enum __anonenum_BarrierT_94 BarrierT;
1649	struct barrier_info;		1649	struct barrier_info;
1650	struct barrier_info;		1650	struct barrier_info;
1651	struct _XArray;		1651	struct _XArray;
1652	typedef struct _XArray XArray;		1652	typedef struct _XArray XArray;
1653	union drd_clientobj;		1653	union drd_clientobj;
1654	union drd_clientobj;		1654	union drd_clientobj;
1655	enum __anonenum_ObjType_95 {		1655	enum __anonenum_ObjType_95 {
1656	ClientMutex = 1,		1656	ClientMutex = 1,
1657	ClientCondvar = 2,		1657	ClientCondvar = 2,
1658	ClientHbvar = 3,		1658	ClientHbvar = 3,
1659	ClientSemaphore = 4,		1659	ClientSemaphore = 4,
1660	ClientBarrier = 5,		1660	ClientBarrier = 5,
1661	ClientRwlock = 6		1661	ClientRwlock = 6
1662	} ;		1662	} ;
1663	typedef enum __anonenum_ObjType_95 ObjType;		1663	typedef enum __anonenum_ObjType_95 ObjType;
1664	struct any {		1664	struct any {
1665	Addr a1 ;		1665	Addr a1 ;
1666	ObjType type ;		1666	ObjType type ;
1667	void (*cleanup)(union drd_clientobj * ) ;		1667	void (*cleanup)(union drd_clientobj * ) ;
1668	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1668	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1669	ExeContext *first_observed_at ;		1669	ExeContext *first_observed_at ;
1670	};		1670	};
1671	struct mutex_info {		1671	struct mutex_info {
1672	Addr a1 ;		1672	Addr a1 ;
1673	ObjType type ;		1673	ObjType type ;
1674	void (*cleanup)(union drd_clientobj * ) ;		1674	void (*cleanup)(union drd_clientobj * ) ;
1675	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1675	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1676	ExeContext *first_observed_at ;		1676	ExeContext *first_observed_at ;
1677	MutexT mutex_type ;		1677	MutexT mutex_type ;
1678	int recursion_count ;		1678	int recursion_count ;
1679	DrdThreadId owner ;		1679	DrdThreadId owner ;
1680	struct segment *last_locked_segment ;		1680	struct segment *last_locked_segment ;
1681	ULong acquiry_time_ms ;		1681	ULong acquiry_time_ms ;
1682	ExeContext *acquired_at ;		1682	ExeContext *acquired_at ;
1683	};		1683	};
1684	struct cond_info {		1684	struct cond_info {
1685	Addr a1 ;		1685	Addr a1 ;
1686	ObjType type ;		1686	ObjType type ;
1687	void (*cleanup)(union drd_clientobj * ) ;		1687	void (*cleanup)(union drd_clientobj * ) ;
1688	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1688	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1689	ExeContext *first_observed_at ;		1689	ExeContext *first_observed_at ;
1690	int waiter_count ;		1690	int waiter_count ;
1691	Addr mutex ;		1691	Addr mutex ;
1692	};		1692	};
1693	struct hb_info {		1693	struct hb_info {
1694	Addr a1 ;		1694	Addr a1 ;
1695	ObjType type ;		1695	ObjType type ;
1696	void (*cleanup)(union drd_clientobj * ) ;		1696	void (*cleanup)(union drd_clientobj * ) ;
1697	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1697	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1698	ExeContext *first_observed_at ;		1698	ExeContext *first_observed_at ;
1699	OSet *oset ;		1699	OSet *oset ;
1700	};		1700	};
1701	struct semaphore_info {		1701	struct semaphore_info {
1702	Addr a1 ;		1702	Addr a1 ;
1703	ObjType type ;		1703	ObjType type ;
1704	void (*cleanup)(union drd_clientobj * ) ;		1704	void (*cleanup)(union drd_clientobj * ) ;
1705	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1705	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1706	ExeContext *first_observed_at ;		1706	ExeContext *first_observed_at ;
1707	UInt waits_to_skip ;		1707	UInt waits_to_skip ;
1708	UInt value ;		1708	UInt value ;
1709	UWord waiters ;		1709	UWord waiters ;
1710	DrdThreadId last_sem_post_tid ;		1710	DrdThreadId last_sem_post_tid ;
1711	XArray *last_sem_post_seg ;		1711	XArray *last_sem_post_seg ;
1712	};		1712	};
1713	struct barrier_info {		1713	struct barrier_info {
1714	Addr a1 ;		1714	Addr a1 ;
1715	ObjType type ;		1715	ObjType type ;
1716	void (*cleanup)(union drd_clientobj * ) ;		1716	void (*cleanup)(union drd_clientobj * ) ;
1717	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1717	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1718	ExeContext *first_observed_at ;		1718	ExeContext *first_observed_at ;
1719	BarrierT barrier_type ;		1719	BarrierT barrier_type ;
1720	Word count ;		1720	Word count ;
1721	Word pre_iteration ;		1721	Word pre_iteration ;
1722	Word post_iteration ;		1722	Word post_iteration ;
1723	Word pre_waiters_left ;		1723	Word pre_waiters_left ;
1724	Word post_waiters_left ;		1724	Word post_waiters_left ;
1725	OSet *oset[2] ;		1725	OSet *oset[2] ;
1726	};		1726	};
1727	struct rwlock_info {		1727	struct rwlock_info {
1728	Addr a1 ;		1728	Addr a1 ;
1729	ObjType type ;		1729	ObjType type ;
1730	void (*cleanup)(union drd_clientobj * ) ;		1730	void (*cleanup)(union drd_clientobj * ) ;
1731	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;		1731	void (*delete_thread)(union drd_clientobj * , DrdThreadId  ) ;
1732	ExeContext *first_observed_at ;		1732	ExeContext *first_observed_at ;
1733	RwLockT rwlock_type ;		1733	RwLockT rwlock_type ;
1734	OSet *thread_info ;		1734	OSet *thread_info ;
1735	ULong acquiry_time_ms ;		1735	ULong acquiry_time_ms ;
1736	ExeContext *acquired_at ;		1736	ExeContext *acquired_at ;
1737	};		1737	};
1738	union drd_clientobj {		1738	union drd_clientobj {
1739	struct any any ;		1739	struct any any ;
1740	struct mutex_info mutex ;		1740	struct mutex_info mutex ;
1741	struct cond_info cond ;		1741	struct cond_info cond ;
1742	struct hb_info hb ;		1742	struct hb_info hb ;
1743	struct semaphore_info semaphore ;		1743	struct semaphore_info semaphore ;
1744	struct barrier_info barrier ;		1744	struct barrier_info barrier ;
1745	struct rwlock_info rwlock ;		1745	struct rwlock_info rwlock ;
1746	};		1746	};
1747	typedef union drd_clientobj DrdClientobj;		1747	typedef union drd_clientobj DrdClientobj;
1748	struct cond_info;		1748	struct cond_info;
1749	struct mutex_info;		1749	struct mutex_info;
1750	struct semaphore_info;		1750	struct semaphore_info;
1751	typedef unsigned short __vki_kernel_mode_t;		1751	typedef unsigned short __vki_kernel_mode_t;
1752	typedef long __vki_kernel_off_t;		1752	typedef long __vki_kernel_off_t;
1753	typedef int __vki_kernel_pid_t;		1753	typedef int __vki_kernel_pid_t;
1754	typedef unsigned short __vki_kernel_ipc_pid_t;		1754	typedef unsigned short __vki_kernel_ipc_pid_t;
1755	typedef unsigned short __vki_kernel_uid_t;		1755	typedef unsigned short __vki_kernel_uid_t;
1756	typedef unsigned short __vki_kernel_gid_t;		1756	typedef unsigned short __vki_kernel_gid_t;
1757	typedef unsigned int __vki_kernel_size_t;		1757	typedef unsigned int __vki_kernel_size_t;
1758	typedef long __vki_kernel_time_t;		1758	typedef long __vki_kernel_time_t;
1759	typedef long __vki_kernel_suseconds_t;		1759	typedef long __vki_kernel_suseconds_t;
1760	typedef long __vki_kernel_clock_t;		1760	typedef long __vki_kernel_clock_t;
1761	typedef int __vki_kernel_timer_t;		1761	typedef int __vki_kernel_timer_t;
1762	typedef int __vki_kernel_clockid_t;		1762	typedef int __vki_kernel_clockid_t;
1763	typedef char *__vki_kernel_caddr_t;		1763	typedef char *__vki_kernel_caddr_t;
1764	typedef unsigned int __vki_kernel_uid32_t;		1764	typedef unsigned int __vki_kernel_uid32_t;
1765	typedef unsigned int __vki_kernel_gid32_t;		1765	typedef unsigned int __vki_kernel_gid32_t;
1766	typedef unsigned short __vki_kernel_old_uid_t;		1766	typedef unsigned short __vki_kernel_old_uid_t;
1767	typedef unsigned short __vki_kernel_old_gid_t;		1767	typedef unsigned short __vki_kernel_old_gid_t;
1768	typedef long long __vki_kernel_loff_t;		1768	typedef long long __vki_kernel_loff_t;
1769	struct __anonstruct___vki_kernel_fsid_t_96 {		1769	struct __anonstruct___vki_kernel_fsid_t_96 {
1770	int val[2] ;		1770	int val[2] ;
1771	};		1771	};
1772	typedef struct __anonstruct___vki_kernel_fsid_t_96 __vki_kernel_fsid_t;		1772	typedef struct __anonstruct___vki_kernel_fsid_t_96 __vki_kernel_fsid_t;
1773	struct __anonstruct___vki_kernel_fd_set_97 {		1773	struct __anonstruct___vki_kernel_fd_set_97 {
1774	unsigned long fds_bits[1024U / (8U * sizeof(unsigned long ))] ;		1774	unsigned long fds_bits[1024U / (8U * sizeof(unsigned long ))] ;
1775	};		1775	};
1776	typedef struct __anonstruct___vki_kernel_fd_set_97 __vki_kernel_fd_set;		1776	typedef struct __anonstruct___vki_kernel_fd_set_97 __vki_kernel_fd_set;
1777	typedef int __vki_kernel_key_t;		1777	typedef int __vki_kernel_key_t;
1778	typedef int __vki_kernel_mqd_t;		1778	typedef int __vki_kernel_mqd_t;
1779	typedef __vki_kernel_fd_set vki_fd_set;		1779	typedef __vki_kernel_fd_set vki_fd_set;
1780	typedef __vki_kernel_mode_t vki_mode_t;		1780	typedef __vki_kernel_mode_t vki_mode_t;
1781	typedef __vki_kernel_off_t vki_off_t;		1781	typedef __vki_kernel_off_t vki_off_t;
1782	typedef __vki_kernel_pid_t vki_pid_t;		1782	typedef __vki_kernel_pid_t vki_pid_t;
1783	typedef __vki_kernel_key_t vki_key_t;		1783	typedef __vki_kernel_key_t vki_key_t;
1784	typedef __vki_kernel_suseconds_t vki_suseconds_t;		1784	typedef __vki_kernel_suseconds_t vki_suseconds_t;
1785	typedef __vki_kernel_timer_t vki_timer_t;		1785	typedef __vki_kernel_timer_t vki_timer_t;
1786	typedef __vki_kernel_clockid_t vki_clockid_t;		1786	typedef __vki_kernel_clockid_t vki_clockid_t;
1787	typedef __vki_kernel_mqd_t vki_mqd_t;		1787	typedef __vki_kernel_mqd_t vki_mqd_t;
1788	typedef __vki_kernel_uid32_t vki_uid_t;		1788	typedef __vki_kernel_uid32_t vki_uid_t;
1789	typedef __vki_kernel_gid32_t vki_gid_t;		1789	typedef __vki_kernel_gid32_t vki_gid_t;
1790	typedef __vki_kernel_old_uid_t vki_old_uid_t;		1790	typedef __vki_kernel_old_uid_t vki_old_uid_t;
1791	typedef __vki_kernel_old_gid_t vki_old_gid_t;		1791	typedef __vki_kernel_old_gid_t vki_old_gid_t;
1792	typedef __vki_kernel_loff_t vki_loff_t;		1792	typedef __vki_kernel_loff_t vki_loff_t;
1793	typedef __vki_kernel_size_t vki_size_t;		1793	typedef __vki_kernel_size_t vki_size_t;
1794	typedef __vki_kernel_time_t vki_time_t;		1794	typedef __vki_kernel_time_t vki_time_t;
1795	typedef __vki_kernel_clock_t vki_clock_t;		1795	typedef __vki_kernel_clock_t vki_clock_t;
1796	typedef __vki_kernel_caddr_t vki_caddr_t;		1796	typedef __vki_kernel_caddr_t vki_caddr_t;
1797	typedef unsigned long vki_u_long;		1797	typedef unsigned long vki_u_long;
1798	typedef unsigned int vki_uint;		1798	typedef unsigned int vki_uint;
1799	typedef unsigned char __vki_u8;		1799	typedef unsigned char __vki_u8;
1800	typedef short __vki_s16;		1800	typedef short __vki_s16;
1801	typedef unsigned short __vki_u16;		1801	typedef unsigned short __vki_u16;
1802	typedef int __vki_s32;		1802	typedef int __vki_s32;
1803	typedef unsigned int __vki_u32;		1803	typedef unsigned int __vki_u32;
1804	typedef long long __vki_s64;		1804	typedef long long __vki_s64;
1805	typedef unsigned long long __vki_u64;		1805	typedef unsigned long long __vki_u64;
1806	typedef unsigned short vki_u16;		1806	typedef unsigned short vki_u16;
1807	typedef unsigned int vki_u32;		1807	typedef unsigned int vki_u32;
1808	typedef void __vki_signalfn_t(int  );		1808	typedef void __vki_signalfn_t(int  );
1809	typedef __vki_signalfn_t *__vki_sighandler_t;		1809	typedef __vki_signalfn_t *__vki_sighandler_t;
1810	typedef void __vki_restorefn_t(void);		1810	typedef void __vki_restorefn_t(void);
1811	typedef __vki_restorefn_t *__vki_sigrestore_t;		1811	typedef __vki_restorefn_t *__vki_sigrestore_t;
1812	typedef unsigned long vki_old_sigset_t;		1812	typedef unsigned long vki_old_sigset_t;
1813	struct __anonstruct_vki_sigset_t_98 {		1813	struct __anonstruct_vki_sigset_t_98 {
1814	unsigned long sig[2] ;		1814	unsigned long sig[2] ;
1815	};		1815	};
1816	typedef struct __anonstruct_vki_sigset_t_98 vki_sigset_t;		1816	typedef struct __anonstruct_vki_sigset_t_98 vki_sigset_t;
1817	struct vki_old_sigaction {		1817	struct vki_old_sigaction {
1818	__vki_sighandler_t ksa_handler ;		1818	__vki_sighandler_t ksa_handler ;
1819	vki_old_sigset_t sa_mask ;		1819	vki_old_sigset_t sa_mask ;
1820	unsigned long sa_flags ;		1820	unsigned long sa_flags ;
1821	__vki_sigrestore_t sa_restorer ;		1821	__vki_sigrestore_t sa_restorer ;
1822	};		1822	};
1823	struct vki_sigaction_base {		1823	struct vki_sigaction_base {
1824	__vki_sighandler_t ksa_handler ;		1824	__vki_sighandler_t ksa_handler ;
1825	unsigned long sa_flags ;		1825	unsigned long sa_flags ;
1826	__vki_sigrestore_t sa_restorer ;		1826	__vki_sigrestore_t sa_restorer ;
1827	vki_sigset_t sa_mask ;		1827	vki_sigset_t sa_mask ;
1828	};		1828	};
1829	typedef struct vki_sigaction_base vki_sigaction_toK_t;		1829	typedef struct vki_sigaction_base vki_sigaction_toK_t;
1830	typedef struct vki_sigaction_base vki_sigaction_fromK_t;		1830	typedef struct vki_sigaction_base vki_sigaction_fromK_t;
1831	struct vki_sigaltstack {		1831	struct vki_sigaltstack {
1832	void *ss_sp ;		1832	void *ss_sp ;
1833	int ss_flags ;		1833	int ss_flags ;
1834	vki_size_t ss_size ;		1834	vki_size_t ss_size ;
1835	};		1835	};
1836	typedef struct vki_sigaltstack vki_stack_t;		1836	typedef struct vki_sigaltstack vki_stack_t;
1837	struct _vki_fpreg {		1837	struct _vki_fpreg {
1838	unsigned short significand[4] ;		1838	unsigned short significand[4] ;
1839	unsigned short exponent ;		1839	unsigned short exponent ;
1840	};		1840	};
1841	struct _vki_fpxreg {		1841	struct _vki_fpxreg {
1842	unsigned short significand[4] ;		1842	unsigned short significand[4] ;
1843	unsigned short exponent ;		1843	unsigned short exponent ;
1844	unsigned short padding[3] ;		1844	unsigned short padding[3] ;
1845	};		1845	};
1846	struct _vki_xmmreg {		1846	struct _vki_xmmreg {
1847	unsigned long element[4] ;		1847	unsigned long element[4] ;
1848	};		1848	};
1849	struct _vki_fpstate {		1849	struct _vki_fpstate {
1850	unsigned long cw ;		1850	unsigned long cw ;
1851	unsigned long sw ;		1851	unsigned long sw ;
1852	unsigned long tag ;		1852	unsigned long tag ;
1853	unsigned long ipoff ;		1853	unsigned long ipoff ;
1854	unsigned long cssel ;		1854	unsigned long cssel ;
1855	unsigned long dataoff ;		1855	unsigned long dataoff ;
1856	unsigned long datasel ;		1856	unsigned long datasel ;
1857	struct _vki_fpreg _st[8] ;		1857	struct _vki_fpreg _st[8] ;
1858	unsigned short status ;		1858	unsigned short status ;
1859	unsigned short magic ;		1859	unsigned short magic ;
1860	unsigned long _fxsr_env[6] ;		1860	unsigned long _fxsr_env[6] ;
1861	unsigned long mxcsr ;		1861	unsigned long mxcsr ;
1862	unsigned long reserved ;		1862	unsigned long reserved ;
1863	struct _vki_fpxreg _fxsr_st[8] ;		1863	struct _vki_fpxreg _fxsr_st[8] ;
1864	struct _vki_xmmreg _xmm[8] ;		1864	struct _vki_xmmreg _xmm[8] ;
1865	unsigned long padding[56] ;		1865	unsigned long padding[56] ;
1866	};		1866	};
1867	struct vki_sigcontext {		1867	struct vki_sigcontext {
1868	unsigned short gs ;		1868	unsigned short gs ;
1869	unsigned short __gsh ;		1869	unsigned short __gsh ;
1870	unsigned short fs ;		1870	unsigned short fs ;
1871	unsigned short __fsh ;		1871	unsigned short __fsh ;
1872	unsigned short es ;		1872	unsigned short es ;
1873	unsigned short __esh ;		1873	unsigned short __esh ;
1874	unsigned short ds ;		1874	unsigned short ds ;
1875	unsigned short __dsh ;		1875	unsigned short __dsh ;
1876	unsigned long edi ;		1876	unsigned long edi ;
1877	unsigned long esi ;		1877	unsigned long esi ;
1878	unsigned long ebp ;		1878	unsigned long ebp ;
1879	unsigned long esp ;		1879	unsigned long esp ;
1880	unsigned long ebx ;		1880	unsigned long ebx ;
1881	unsigned long edx ;		1881	unsigned long edx ;
1882	unsigned long ecx ;		1882	unsigned long ecx ;
1883	unsigned long eax ;		1883	unsigned long eax ;
1884	unsigned long trapno ;		1884	unsigned long trapno ;
1885	unsigned long err ;		1885	unsigned long err ;
1886	unsigned long eip ;		1886	unsigned long eip ;
1887	unsigned short cs ;		1887	unsigned short cs ;
1888	unsigned short __csh ;		1888	unsigned short __csh ;
1889	unsigned long eflags ;		1889	unsigned long eflags ;
1890	unsigned long esp_at_signal ;		1890	unsigned long esp_at_signal ;
1891	unsigned short ss ;		1891	unsigned short ss ;
1892	unsigned short __ssh ;		1892	unsigned short __ssh ;
1893	struct _vki_fpstate *fpstate ;		1893	struct _vki_fpstate *fpstate ;
1894	unsigned long oldmask ;		1894	unsigned long oldmask ;
1895	unsigned long cr2 ;		1895	unsigned long cr2 ;
1896	};		1896	};
1897	struct vki_f_owner_ex {		1897	struct vki_f_owner_ex {
1898	int type ;		1898	int type ;
1899	__vki_kernel_pid_t pid ;		1899	__vki_kernel_pid_t pid ;
1900	};		1900	};
1901	struct vki_stat {		1901	struct vki_stat {
1902	unsigned long st_dev ;		1902	unsigned long st_dev ;
1903	unsigned long st_ino ;		1903	unsigned long st_ino ;
1904	unsigned short st_mode ;		1904	unsigned short st_mode ;
1905	unsigned short st_nlink ;		1905	unsigned short st_nlink ;
1906	unsigned short st_uid ;		1906	unsigned short st_uid ;
1907	unsigned short st_gid ;		1907	unsigned short st_gid ;
1908	unsigned long st_rdev ;		1908	unsigned long st_rdev ;
1909	unsigned long st_size ;		1909	unsigned long st_size ;
1910	unsigned long st_blksize ;		1910	unsigned long st_blksize ;
1911	unsigned long st_blocks ;		1911	unsigned long st_blocks ;
1912	unsigned long st_atime ;		1912	unsigned long st_atime ;
1913	unsigned long st_atime_nsec ;		1913	unsigned long st_atime_nsec ;
1914	unsigned long st_mtime ;		1914	unsigned long st_mtime ;
1915	unsigned long st_mtime_nsec ;		1915	unsigned long st_mtime_nsec ;
1916	unsigned long st_ctime ;		1916	unsigned long st_ctime ;
1917	unsigned long st_ctime_nsec ;		1917	unsigned long st_ctime_nsec ;
1918	unsigned long __unused4 ;		1918	unsigned long __unused4 ;
1919	unsigned long __unused5 ;		1919	unsigned long __unused5 ;
1920	};		1920	};
1921	struct vki_stat64 {		1921	struct vki_stat64 {
1922	unsigned long long st_dev ;		1922	unsigned long long st_dev ;
1923	unsigned char __pad0[4] ;		1923	unsigned char __pad0[4] ;
1924	unsigned long __st_ino ;		1924	unsigned long __st_ino ;
1925	unsigned int st_mode ;		1925	unsigned int st_mode ;
1926	unsigned int st_nlink ;		1926	unsigned int st_nlink ;
1927	unsigned long st_uid ;		1927	unsigned long st_uid ;
1928	unsigned long st_gid ;		1928	unsigned long st_gid ;
1929	unsigned long long st_rdev ;		1929	unsigned long long st_rdev ;
1930	unsigned char __pad3[4] ;		1930	unsigned char __pad3[4] ;
1931	long long st_size ;		1931	long long st_size ;
1932	unsigned long st_blksize ;		1932	unsigned long st_blksize ;
1933	unsigned long st_blocks ;		1933	unsigned long st_blocks ;
1934	unsigned long __pad4 ;		1934	unsigned long __pad4 ;
1935	unsigned long st_atime ;		1935	unsigned long st_atime ;
1936	unsigned long st_atime_nsec ;		1936	unsigned long st_atime_nsec ;
1937	unsigned long st_mtime ;		1937	unsigned long st_mtime ;
1938	unsigned int st_mtime_nsec ;		1938	unsigned int st_mtime_nsec ;
1939	unsigned long st_ctime ;		1939	unsigned long st_ctime ;
1940	unsigned long st_ctime_nsec ;		1940	unsigned long st_ctime_nsec ;
1941	unsigned long long st_ino ;		1941	unsigned long long st_ino ;
1942	};		1942	};
1943	struct vki_statfs {		1943	struct vki_statfs {
1944	__vki_u32 f_type ;		1944	__vki_u32 f_type ;
1945	__vki_u32 f_bsize ;		1945	__vki_u32 f_bsize ;
1946	__vki_u32 f_blocks ;		1946	__vki_u32 f_blocks ;
1947	__vki_u32 f_bfree ;		1947	__vki_u32 f_bfree ;
1948	__vki_u32 f_bavail ;		1948	__vki_u32 f_bavail ;
1949	__vki_u32 f_files ;		1949	__vki_u32 f_files ;
1950	__vki_u32 f_ffree ;		1950	__vki_u32 f_ffree ;
1951	__vki_kernel_fsid_t f_fsid ;		1951	__vki_kernel_fsid_t f_fsid ;
1952	__vki_u32 f_namelen ;		1952	__vki_u32 f_namelen ;
1953	__vki_u32 f_frsize ;		1953	__vki_u32 f_frsize ;
1954	__vki_u32 f_spare[5] ;		1954	__vki_u32 f_spare[5] ;
1955	};		1955	};
1956	struct vki_winsize {		1956	struct vki_winsize {
1957	unsigned short ws_row ;		1957	unsigned short ws_row ;
1958	unsigned short ws_col ;		1958	unsigned short ws_col ;
1959	unsigned short ws_xpixel ;		1959	unsigned short ws_xpixel ;
1960	unsigned short ws_ypixel ;		1960	unsigned short ws_ypixel ;
1961	};		1961	};
1962	struct vki_termio {		1962	struct vki_termio {
1963	unsigned short c_iflag ;		1963	unsigned short c_iflag ;
1964	unsigned short c_oflag ;		1964	unsigned short c_oflag ;
1965	unsigned short c_cflag ;		1965	unsigned short c_cflag ;
1966	unsigned short c_lflag ;		1966	unsigned short c_lflag ;
1967	unsigned char c_line ;		1967	unsigned char c_line ;
1968	unsigned char c_cc[8] ;		1968	unsigned char c_cc[8] ;
1969	};		1969	};
1970	typedef unsigned char vki_cc_t;		1970	typedef unsigned char vki_cc_t;
1971	typedef unsigned int vki_tcflag_t;		1971	typedef unsigned int vki_tcflag_t;
1972	struct vki_termios {		1972	struct vki_termios {
1973	vki_tcflag_t c_iflag ;		1973	vki_tcflag_t c_iflag ;
1974	vki_tcflag_t c_oflag ;		1974	vki_tcflag_t c_oflag ;
1975	vki_tcflag_t c_cflag ;		1975	vki_tcflag_t c_cflag ;
1976	vki_tcflag_t c_lflag ;		1976	vki_tcflag_t c_lflag ;
1977	vki_cc_t c_line ;		1977	vki_cc_t c_line ;
1978	vki_cc_t c_cc[19] ;		1978	vki_cc_t c_cc[19] ;
1979	};		1979	};
1980	struct vki_pollfd {		1980	struct vki_pollfd {
1981	int fd ;		1981	int fd ;
1982	short events ;		1982	short events ;
1983	short revents ;		1983	short revents ;
1984	};		1984	};
1985	struct vki_user_i387_struct {		1985	struct vki_user_i387_struct {
1986	long cwd ;		1986	long cwd ;
1987	long swd ;		1987	long swd ;
1988	long twd ;		1988	long twd ;
1989	long fip ;		1989	long fip ;
1990	long fcs ;		1990	long fcs ;
1991	long foo ;		1991	long foo ;
1992	long fos ;		1992	long fos ;
1993	long st_space[20] ;		1993	long st_space[20] ;
1994	};		1994	};
1995	struct vki_user_fxsr_struct {		1995	struct vki_user_fxsr_struct {
1996	unsigned short cwd ;		1996	unsigned short cwd ;
1997	unsigned short swd ;		1997	unsigned short swd ;
1998	unsigned short twd ;		1998	unsigned short twd ;
1999	unsigned short fop ;		1999	unsigned short fop ;
2000	long fip ;		2000	long fip ;
2001	long fcs ;		2001	long fcs ;
2002	long foo ;		2002	long foo ;
2003	long fos ;		2003	long fos ;
2004	long mxcsr ;		2004	long mxcsr ;
2005	long reserved ;		2005	long reserved ;
2006	long st_space[32] ;		2006	long st_space[32] ;
2007	long xmm_space[32] ;		2007	long xmm_space[32] ;
2008	long padding[56] ;		2008	long padding[56] ;
2009	};		2009	};
2010	struct vki_user_regs_struct {		2010	struct vki_user_regs_struct {
2011	long ebx ;		2011	long ebx ;
2012	long ecx ;		2012	long ecx ;
2013	long edx ;		2013	long edx ;
2014	long esi ;		2014	long esi ;
2015	long edi ;		2015	long edi ;
2016	long ebp ;		2016	long ebp ;
2017	long eax ;		2017	long eax ;
2018	unsigned short ds ;		2018	unsigned short ds ;
2019	unsigned short __ds ;		2019	unsigned short __ds ;
2020	unsigned short es ;		2020	unsigned short es ;
2021	unsigned short __es ;		2021	unsigned short __es ;
2022	unsigned short fs ;		2022	unsigned short fs ;
2023	unsigned short __fs ;		2023	unsigned short __fs ;
2024	unsigned short gs ;		2024	unsigned short gs ;
2025	unsigned short __gs ;		2025	unsigned short __gs ;
2026	long orig_eax ;		2026	long orig_eax ;
2027	long eip ;		2027	long eip ;
2028	unsigned short cs ;		2028	unsigned short cs ;
2029	unsigned short __cs ;		2029	unsigned short __cs ;
2030	long eflags ;		2030	long eflags ;
2031	long esp ;		2031	long esp ;
2032	unsigned short ss ;		2032	unsigned short ss ;
2033	unsigned short __ss ;		2033	unsigned short __ss ;
2034	};		2034	};
2035	typedef unsigned long vki_elf_greg_t;		2035	typedef unsigned long vki_elf_greg_t;
2036	typedef vki_elf_greg_t vki_elf_gregset_t[sizeof(struct vki_user_regs_struct ) / sizeof(vki_elf_greg_t )];		2036	typedef vki_elf_greg_t vki_elf_gregset_t[sizeof(struct vki_user_regs_struct ) / sizeof(vki_elf_greg_t )];
2037	typedef struct vki_user_i387_struct vki_elf_fpregset_t;		2037	typedef struct vki_user_i387_struct vki_elf_fpregset_t;
2038	typedef struct vki_user_fxsr_struct vki_elf_fpxregset_t;		2038	typedef struct vki_user_fxsr_struct vki_elf_fpxregset_t;
2039	struct vki_ucontext {		2039	struct vki_ucontext {
2040	unsigned long uc_flags ;		2040	unsigned long uc_flags ;
2041	struct vki_ucontext *uc_link ;		2041	struct vki_ucontext *uc_link ;
2042	vki_stack_t uc_stack ;		2042	vki_stack_t uc_stack ;
2043	struct vki_sigcontext uc_mcontext ;		2043	struct vki_sigcontext uc_mcontext ;
2044	vki_sigset_t uc_sigmask ;		2044	vki_sigset_t uc_sigmask ;
2045	};		2045	};
2046	struct vki_user_desc {		2046	struct vki_user_desc {
2047	unsigned int entry_number ;		2047	unsigned int entry_number ;
2048	unsigned long base_addr ;		2048	unsigned long base_addr ;
2049	unsigned int limit ;		2049	unsigned int limit ;
2050	unsigned int seg_32bit : 1 ;		2050	unsigned int seg_32bit : 1 ;
2051	unsigned int contents : 2 ;		2051	unsigned int contents : 2 ;
2052	unsigned int read_exec_only : 1 ;		2052	unsigned int read_exec_only : 1 ;
2053	unsigned int limit_in_pages : 1 ;		2053	unsigned int limit_in_pages : 1 ;
2054	unsigned int seg_not_present : 1 ;		2054	unsigned int seg_not_present : 1 ;
2055	unsigned int useable : 1 ;		2055	unsigned int useable : 1 ;
2056	unsigned int reserved : 25 ;		2056	unsigned int reserved : 25 ;
2057	};		2057	};
2058	typedef struct vki_user_desc vki_modify_ldt_t;		2058	typedef struct vki_user_desc vki_modify_ldt_t;
2059	struct vki_ipc64_perm {		2059	struct vki_ipc64_perm {
2060	__vki_kernel_key_t key ;		2060	__vki_kernel_key_t key ;
2061	__vki_kernel_uid32_t uid ;		2061	__vki_kernel_uid32_t uid ;
2062	__vki_kernel_gid32_t gid ;		2062	__vki_kernel_gid32_t gid ;
2063	__vki_kernel_uid32_t cuid ;		2063	__vki_kernel_uid32_t cuid ;
2064	__vki_kernel_gid32_t cgid ;		2064	__vki_kernel_gid32_t cgid ;
2065	__vki_kernel_mode_t mode ;		2065	__vki_kernel_mode_t mode ;
2066	unsigned short __pad1 ;		2066	unsigned short __pad1 ;
2067	unsigned short seq ;		2067	unsigned short seq ;
2068	unsigned short __pad2 ;		2068	unsigned short __pad2 ;
2069	unsigned long __unused1 ;		2069	unsigned long __unused1 ;
2070	unsigned long __unused2 ;		2070	unsigned long __unused2 ;
2071	};		2071	};
2072	struct vki_semid64_ds {		2072	struct vki_semid64_ds {
2073	struct vki_ipc64_perm sem_perm ;		2073	struct vki_ipc64_perm sem_perm ;
2074	__vki_kernel_time_t sem_otime ;		2074	__vki_kernel_time_t sem_otime ;
2075	unsigned long __unused1 ;		2075	unsigned long __unused1 ;
2076	__vki_kernel_time_t sem_ctime ;		2076	__vki_kernel_time_t sem_ctime ;
2077	unsigned long __unused2 ;		2077	unsigned long __unused2 ;
2078	unsigned long sem_nsems ;		2078	unsigned long sem_nsems ;
2079	unsigned long __unused3 ;		2079	unsigned long __unused3 ;
2080	unsigned long __unused4 ;		2080	unsigned long __unused4 ;
2081	};		2081	};
2082	struct vki_msqid64_ds {		2082	struct vki_msqid64_ds {
2083	struct vki_ipc64_perm msg_perm ;		2083	struct vki_ipc64_perm msg_perm ;
2084	__vki_kernel_time_t msg_stime ;		2084	__vki_kernel_time_t msg_stime ;
2085	unsigned long __unused1 ;		2085	unsigned long __unused1 ;
2086	__vki_kernel_time_t msg_rtime ;		2086	__vki_kernel_time_t msg_rtime ;
2087	unsigned long __unused2 ;		2087	unsigned long __unused2 ;
2088	__vki_kernel_time_t msg_ctime ;		2088	__vki_kernel_time_t msg_ctime ;
2089	unsigned long __unused3 ;		2089	unsigned long __unused3 ;
2090	unsigned long msg_cbytes ;		2090	unsigned long msg_cbytes ;
2091	unsigned long msg_qnum ;		2091	unsigned long msg_qnum ;
2092	unsigned long msg_qbytes ;		2092	unsigned long msg_qbytes ;
2093	__vki_kernel_pid_t msg_lspid ;		2093	__vki_kernel_pid_t msg_lspid ;
2094	__vki_kernel_pid_t msg_lrpid ;		2094	__vki_kernel_pid_t msg_lrpid ;
2095	unsigned long __unused4 ;		2095	unsigned long __unused4 ;
2096	unsigned long __unused5 ;		2096	unsigned long __unused5 ;
2097	};		2097	};
2098	struct vki_msgbuf;		2098	struct vki_msgbuf;
2099	struct vki_ipc_kludge {		2099	struct vki_ipc_kludge {
2100	struct vki_msgbuf *msgp ;		2100	struct vki_msgbuf *msgp ;
2101	long msgtyp ;		2101	long msgtyp ;
2102	};		2102	};
2103	struct vki_shmid64_ds {		2103	struct vki_shmid64_ds {
2104	struct vki_ipc64_perm shm_perm ;		2104	struct vki_ipc64_perm shm_perm ;
2105	vki_size_t shm_segsz ;		2105	vki_size_t shm_segsz ;
2106	__vki_kernel_time_t shm_atime ;		2106	__vki_kernel_time_t shm_atime ;
2107	unsigned long __unused1 ;		2107	unsigned long __unused1 ;
2108	__vki_kernel_time_t shm_dtime ;		2108	__vki_kernel_time_t shm_dtime ;
2109	unsigned long __unused2 ;		2109	unsigned long __unused2 ;
2110	__vki_kernel_time_t shm_ctime ;		2110	__vki_kernel_time_t shm_ctime ;
2111	unsigned long __unused3 ;		2111	unsigned long __unused3 ;
2112	__vki_kernel_pid_t shm_cpid ;		2112	__vki_kernel_pid_t shm_cpid ;
2113	__vki_kernel_pid_t shm_lpid ;		2113	__vki_kernel_pid_t shm_lpid ;
2114	unsigned long shm_nattch ;		2114	unsigned long shm_nattch ;
2115	unsigned long __unused4 ;		2115	unsigned long __unused4 ;
2116	unsigned long __unused5 ;		2116	unsigned long __unused5 ;
2117	};		2117	};
2118	struct vki_shminfo64 {		2118	struct vki_shminfo64 {
2119	unsigned long shmmax ;		2119	unsigned long shmmax ;
2120	unsigned long shmmin ;		2120	unsigned long shmmin ;
2121	unsigned long shmmni ;		2121	unsigned long shmmni ;
2122	unsigned long shmseg ;		2122	unsigned long shmseg ;
2123	unsigned long shmall ;		2123	unsigned long shmall ;
2124	unsigned long __unused1 ;		2124	unsigned long __unused1 ;
2125	unsigned long __unused2 ;		2125	unsigned long __unused2 ;
2126	unsigned long __unused3 ;		2126	unsigned long __unused3 ;
2127	unsigned long __unused4 ;		2127	unsigned long __unused4 ;
2128	};		2128	};
2129	struct vki_vm86_regs {		2129	struct vki_vm86_regs {
2130	long ebx ;		2130	long ebx ;
2131	long ecx ;		2131	long ecx ;
2132	long edx ;		2132	long edx ;
2133	long esi ;		2133	long esi ;
2134	long edi ;		2134	long edi ;
2135	long ebp ;		2135	long ebp ;
2136	long eax ;		2136	long eax ;
2137	long __null_ds ;		2137	long __null_ds ;
2138	long __null_es ;		2138	long __null_es ;
2139	long __null_fs ;		2139	long __null_fs ;
2140	long __null_gs ;		2140	long __null_gs ;
2141	long orig_eax ;		2141	long orig_eax ;
2142	long eip ;		2142	long eip ;
2143	unsigned short cs ;		2143	unsigned short cs ;
2144	unsigned short __csh ;		2144	unsigned short __csh ;
2145	long eflags ;		2145	long eflags ;
2146	long esp ;		2146	long esp ;
2147	unsigned short ss ;		2147	unsigned short ss ;
2148	unsigned short __ssh ;		2148	unsigned short __ssh ;
2149	unsigned short es ;		2149	unsigned short es ;
2150	unsigned short __esh ;		2150	unsigned short __esh ;
2151	unsigned short ds ;		2151	unsigned short ds ;
2152	unsigned short __dsh ;		2152	unsigned short __dsh ;
2153	unsigned short fs ;		2153	unsigned short fs ;
2154	unsigned short __fsh ;		2154	unsigned short __fsh ;
2155	unsigned short gs ;		2155	unsigned short gs ;
2156	unsigned short __gsh ;		2156	unsigned short __gsh ;
2157	};		2157	};
2158	struct vki_revectored_struct {		2158	struct vki_revectored_struct {
2159	unsigned long __map[8] ;		2159	unsigned long __map[8] ;
2160	};		2160	};
2161	struct vki_vm86_struct {		2161	struct vki_vm86_struct {
2162	struct vki_vm86_regs regs ;		2162	struct vki_vm86_regs regs ;
2163	unsigned long flags ;		2163	unsigned long flags ;
2164	unsigned long screen_bitmap ;		2164	unsigned long screen_bitmap ;
2165	unsigned long cpu_type ;		2165	unsigned long cpu_type ;
2166	struct vki_revectored_struct int_revectored ;		2166	struct vki_revectored_struct int_revectored ;
2167	struct vki_revectored_struct int21_revectored ;		2167	struct vki_revectored_struct int21_revectored ;
2168	};		2168	};
2169	struct vki_vm86plus_info_struct {		2169	struct vki_vm86plus_info_struct {
2170	unsigned long force_return_for_pic : 1 ;		2170	unsigned long force_return_for_pic : 1 ;
2171	unsigned long vm86dbg_active : 1 ;		2171	unsigned long vm86dbg_active : 1 ;
2172	unsigned long vm86dbg_TFpendig : 1 ;		2172	unsigned long vm86dbg_TFpendig : 1 ;
2173	unsigned long unused : 28 ;		2173	unsigned long unused : 28 ;
2174	unsigned long is_vm86pus : 1 ;		2174	unsigned long is_vm86pus : 1 ;
2175	unsigned char vm86dbg_intxxtab[32] ;		2175	unsigned char vm86dbg_intxxtab[32] ;
2176	};		2176	};
2177	struct vki_vm86plus_struct {		2177	struct vki_vm86plus_struct {
2178	struct vki_vm86_regs regs ;		2178	struct vki_vm86_regs regs ;
2179	unsigned long flags ;		2179	unsigned long flags ;
2180	unsigned long screen_bitmap ;		2180	unsigned long screen_bitmap ;
2181	unsigned long cpu_type ;		2181	unsigned long cpu_type ;
2182	struct vki_revectored_struct int_revectored ;		2182	struct vki_revectored_struct int_revectored ;
2183	struct vki_revectored_struct int21_revectored ;		2183	struct vki_revectored_struct int21_revectored ;
2184	struct vki_vm86plus_info_struct vm86plus ;		2184	struct vki_vm86plus_info_struct vm86plus ;
2185	};		2185	};
2186	typedef __vki_s32 vki_int32_t;		2186	typedef __vki_s32 vki_int32_t;
2187	typedef __vki_s64 vki_int64_t;		2187	typedef __vki_s64 vki_int64_t;
2188	typedef __vki_u8 vki_uint8_t;		2188	typedef __vki_u8 vki_uint8_t;
2189	typedef __vki_u16 vki_uint16_t;		2189	typedef __vki_u16 vki_uint16_t;
2190	typedef __vki_u32 vki_uint32_t;		2190	typedef __vki_u32 vki_uint32_t;
2191	typedef __vki_u16 __vki_le16;		2191	typedef __vki_u16 __vki_le16;
2192	struct vki_sysinfo {		2192	struct vki_sysinfo {
2193	long uptime ;		2193	long uptime ;
2194	unsigned long loads[3] ;		2194	unsigned long loads[3] ;
2195	unsigned long totalram ;		2195	unsigned long totalram ;
2196	unsigned long freeram ;		2196	unsigned long freeram ;
2197	unsigned long sharedram ;		2197	unsigned long sharedram ;
2198	unsigned long bufferram ;		2198	unsigned long bufferram ;
2199	unsigned long totalswap ;		2199	unsigned long totalswap ;
2200	unsigned long freeswap ;		2200	unsigned long freeswap ;
2201	unsigned short procs ;		2201	unsigned short procs ;
2202	unsigned short pad ;		2202	unsigned short pad ;
2203	unsigned long totalhigh ;		2203	unsigned long totalhigh ;
2204	unsigned long freehigh ;		2204	unsigned long freehigh ;
2205	unsigned int mem_unit ;		2205	unsigned int mem_unit ;
2206	char _f[(20U - 2U * sizeof(long )) - sizeof(int )] ;		2206	char _f[(20U - 2U * sizeof(long )) - sizeof(int )] ;
2207	};		2207	};
2208	struct vki_timespec {		2208	struct vki_timespec {
2209	vki_time_t tv_sec ;		2209	vki_time_t tv_sec ;
2210	long tv_nsec ;		2210	long tv_nsec ;
2211	};		2211	};
2212	struct vki_timeval {		2212	struct vki_timeval {
2213	vki_time_t tv_sec ;		2213	vki_time_t tv_sec ;
2214	vki_suseconds_t tv_usec ;		2214	vki_suseconds_t tv_usec ;
2215	};		2215	};
2216	struct vki_timezone {		2216	struct vki_timezone {
2217	int tz_minuteswest ;		2217	int tz_minuteswest ;
2218	int tz_dsttime ;		2218	int tz_dsttime ;
2219	};		2219	};
2220	struct vki_itimerspec {		2220	struct vki_itimerspec {
2221	struct vki_timespec it_interval ;		2221	struct vki_timespec it_interval ;
2222	struct vki_timespec it_value ;		2222	struct vki_timespec it_value ;
2223	};		2223	};
2224	struct vki_itimerval {		2224	struct vki_itimerval {
2225	struct vki_timeval it_interval ;		2225	struct vki_timeval it_interval ;
2226	struct vki_timeval it_value ;		2226	struct vki_timeval it_value ;
2227	};		2227	};
2228	struct vki_timex {		2228	struct vki_timex {
2229	unsigned int modes ;		2229	unsigned int modes ;
2230	long offset ;		2230	long offset ;
2231	long freq ;		2231	long freq ;
2232	long maxerror ;		2232	long maxerror ;
2233	long esterror ;		2233	long esterror ;
2234	int status ;		2234	int status ;
2235	long constant ;		2235	long constant ;
2236	long precision ;		2236	long precision ;
2237	long tolerance ;		2237	long tolerance ;
2238	struct vki_timeval time ;		2238	struct vki_timeval time ;
2239	long tick ;		2239	long tick ;
2240	long ppsfreq ;		2240	long ppsfreq ;
2241	long jitter ;		2241	long jitter ;
2242	int shift ;		2242	int shift ;
2243	long stabil ;		2243	long stabil ;
2244	long jitcnt ;		2244	long jitcnt ;
2245	long calcnt ;		2245	long calcnt ;
2246	long errcnt ;		2246	long errcnt ;
2247	long stbcnt ;		2247	long stbcnt ;
2248	int  : 32 ;		2248	int  : 32 ;
2249	int  : 32 ;		2249	int  : 32 ;
2250	int  : 32 ;		2250	int  : 32 ;
2251	int  : 32 ;		2251	int  : 32 ;
2252	int  : 32 ;		2252	int  : 32 ;
2253	int  : 32 ;		2253	int  : 32 ;
2254	int  : 32 ;		2254	int  : 32 ;
2255	int  : 32 ;		2255	int  : 32 ;
2256	int  : 32 ;		2256	int  : 32 ;
2257	int  : 32 ;		2257	int  : 32 ;
2258	int  : 32 ;		2258	int  : 32 ;
2259	int  : 32 ;		2259	int  : 32 ;
2260	};		2260	};
2261	struct vki_tms {		2261	struct vki_tms {
2262	vki_clock_t tms_utime ;		2262	vki_clock_t tms_utime ;
2263	vki_clock_t tms_stime ;		2263	vki_clock_t tms_stime ;
2264	vki_clock_t tms_cutime ;		2264	vki_clock_t tms_cutime ;
2265	vki_clock_t tms_cstime ;		2265	vki_clock_t tms_cstime ;
2266	};		2266	};
2267	struct vki_utimbuf {		2267	struct vki_utimbuf {
2268	vki_time_t actime ;		2268	vki_time_t actime ;
2269	vki_time_t modtime ;		2269	vki_time_t modtime ;
2270	};		2270	};
2271	struct vki_sched_param {		2271	struct vki_sched_param {
2272	int sched_priority ;		2272	int sched_priority ;
2273	};		2273	};
2274	union vki_sigval {		2274	union vki_sigval {
2275	int sival_int ;		2275	int sival_int ;
2276	void *sival_ptr ;		2276	void *sival_ptr ;
2277	};		2277	};
2278	typedef union vki_sigval vki_sigval_t;		2278	typedef union vki_sigval vki_sigval_t;
2279	struct __anonstruct__kill_100 {		2279	struct __anonstruct__kill_100 {
2280	vki_pid_t _pid ;		2280	vki_pid_t _pid ;
2281	vki_uid_t _uid ;		2281	vki_uid_t _uid ;
2282	};		2282	};
2283	struct __anonstruct__timer_101 {		2283	struct __anonstruct__timer_101 {
2284	vki_timer_t _tid ;		2284	vki_timer_t _tid ;
2285	int _overrun ;		2285	int _overrun ;
2286	char _pad[sizeof(vki_uid_t ) - sizeof(int )] ;		2286	char _pad[sizeof(vki_uid_t ) - sizeof(int )] ;
2287	vki_sigval_t _sigval ;		2287	vki_sigval_t _sigval ;
2288	int _sys_private ;		2288	int _sys_private ;
2289	};		2289	};
2290	struct __anonstruct__rt_102 {		2290	struct __anonstruct__rt_102 {
2291	vki_pid_t _pid ;		2291	vki_pid_t _pid ;
2292	vki_uid_t _uid ;		2292	vki_uid_t _uid ;
2293	vki_sigval_t _sigval ;		2293	vki_sigval_t _sigval ;
2294	};		2294	};
2295	struct __anonstruct__sigchld_103 {		2295	struct __anonstruct__sigchld_103 {
2296	vki_pid_t _pid ;		2296	vki_pid_t _pid ;
2297	vki_uid_t _uid ;		2297	vki_uid_t _uid ;
2298	int _status ;		2298	int _status ;
2299	vki_clock_t _utime ;		2299	vki_clock_t _utime ;
2300	vki_clock_t _stime ;		2300	vki_clock_t _stime ;
2301	};		2301	};
2302	struct __anonstruct__sigfault_104 {		2302	struct __anonstruct__sigfault_104 {
2303	void *_addr ;		2303	void *_addr ;
2304	};		2304	};
2305	struct __anonstruct__sigpoll_105 {		2305	struct __anonstruct__sigpoll_105 {
2306	long _band ;		2306	long _band ;
2307	int _fd ;		2307	int _fd ;
2308	};		2308	};
2309	union __anonunion__sifields_99 {		2309	union __anonunion__sifields_99 {
2310	int _pad[(128U - 3U * sizeof(int )) / sizeof(int )] ;		2310	int _pad[(128U - 3U * sizeof(int )) / sizeof(int )] ;
2311	struct __anonstruct__kill_100 _kill ;		2311	struct __anonstruct__kill_100 _kill ;
2312	struct __anonstruct__timer_101 _timer ;		2312	struct __anonstruct__timer_101 _timer ;
2313	struct __anonstruct__rt_102 _rt ;		2313	struct __anonstruct__rt_102 _rt ;
2314	struct __anonstruct__sigchld_103 _sigchld ;		2314	struct __anonstruct__sigchld_103 _sigchld ;
2315	struct __anonstruct__sigfault_104 _sigfault ;		2315	struct __anonstruct__sigfault_104 _sigfault ;
2316	struct __anonstruct__sigpoll_105 _sigpoll ;		2316	struct __anonstruct__sigpoll_105 _sigpoll ;
2317	};		2317	};
2318	struct vki_siginfo {		2318	struct vki_siginfo {
2319	int si_signo ;		2319	int si_signo ;
2320	int si_errno ;		2320	int si_errno ;
2321	int si_code ;		2321	int si_code ;
2322	union __anonunion__sifields_99 _sifields ;		2322	union __anonunion__sifields_99 _sifields ;
2323	};		2323	};
2324	typedef struct vki_siginfo vki_siginfo_t;		2324	typedef struct vki_siginfo vki_siginfo_t;
2325	struct __anonstruct__sigev_thread_107 {		2325	struct __anonstruct__sigev_thread_107 {
2326	void (*_function)(vki_sigval_t  ) ;		2326	void (*_function)(vki_sigval_t  ) ;
2327	void *_attribute ;		2327	void *_attribute ;
2328	};		2328	};
2329	union __anonunion__sigev_un_106 {		2329	union __anonunion__sigev_un_106 {
2330	int _pad[(64U - (sizeof(int ) * 2U + sizeof(vki_sigval_t ))) / sizeof(int )] ;		2330	int _pad[(64U - (sizeof(int ) * 2U + sizeof(vki_sigval_t ))) / sizeof(int )] ;
2331	int _tid ;		2331	int _tid ;
2332	struct __anonstruct__sigev_thread_107 _sigev_thread ;		2332	struct __anonstruct__sigev_thread_107 _sigev_thread ;
2333	};		2333	};
2334	struct vki_sigevent {		2334	struct vki_sigevent {
2335	vki_sigval_t sigev_value ;		2335	vki_sigval_t sigev_value ;
2336	int sigev_signo ;		2336	int sigev_signo ;
2337	int sigev_notify ;		2337	int sigev_notify ;
2338	union __anonunion__sigev_un_106 _sigev_un ;		2338	union __anonunion__sigev_un_106 _sigev_un ;
2339	};		2339	};
2340	typedef struct vki_sigevent vki_sigevent_t;		2340	typedef struct vki_sigevent vki_sigevent_t;
2341	enum vki_sock_type {		2341	enum vki_sock_type {
2342	VKI_SOCK_STREAM = 1		2342	VKI_SOCK_STREAM = 1
2343	} ;		2343	} ;
2344	struct vki_iovec {		2344	struct vki_iovec {
2345	void *iov_base ;		2345	void *iov_base ;
2346	__vki_kernel_size_t iov_len ;		2346	__vki_kernel_size_t iov_len ;
2347	};		2347	};
2348	typedef unsigned short vki_sa_family_t;		2348	typedef unsigned short vki_sa_family_t;
2349	struct vki_sockaddr {		2349	struct vki_sockaddr {
2350	vki_sa_family_t sa_family ;		2350	vki_sa_family_t sa_family ;
2351	char sa_data[14] ;		2351	char sa_data[14] ;
2352	};		2352	};
2353	struct vki_msghdr {		2353	struct vki_msghdr {
2354	void *msg_name ;		2354	void *msg_name ;
2355	int msg_namelen ;		2355	int msg_namelen ;
2356	struct vki_iovec *msg_iov ;		2356	struct vki_iovec *msg_iov ;
2357	__vki_kernel_size_t msg_iovlen ;		2357	__vki_kernel_size_t msg_iovlen ;
2358	void *msg_control ;		2358	void *msg_control ;
2359	__vki_kernel_size_t msg_controllen ;		2359	__vki_kernel_size_t msg_controllen ;
2360	unsigned int msg_flags ;		2360	unsigned int msg_flags ;
2361	};		2361	};
2362	struct vki_mmsghdr {		2362	struct vki_mmsghdr {
2363	struct vki_msghdr msg_hdr ;		2363	struct vki_msghdr msg_hdr ;
2364	unsigned int msg_len ;		2364	unsigned int msg_len ;
2365	};		2365	};
2366	struct vki_cmsghdr {		2366	struct vki_cmsghdr {
2367	__vki_kernel_size_t cmsg_len ;		2367	__vki_kernel_size_t cmsg_len ;
2368	int cmsg_level ;		2368	int cmsg_level ;
2369	int cmsg_type ;		2369	int cmsg_type ;
2370	};		2370	};
2371	struct vki_in_addr {		2371	struct vki_in_addr {
2372	__vki_u32 s_addr ;		2372	__vki_u32 s_addr ;
2373	};		2373	};
2374	struct vki_sockaddr_in {		2374	struct vki_sockaddr_in {
2375	vki_sa_family_t sin_family ;		2375	vki_sa_family_t sin_family ;
2376	unsigned short sin_port ;		2376	unsigned short sin_port ;
2377	struct vki_in_addr sin_addr ;		2377	struct vki_in_addr sin_addr ;
2378	unsigned char __pad[((16U - sizeof(short )) - sizeof(unsigned short )) - sizeof(struct vki_in_addr )] ;		2378	unsigned char __pad[((16U - sizeof(short )) - sizeof(unsigned short )) - sizeof(struct vki_in_addr )] ;
2379	};		2379	};
2380	union __anonunion_vki_in6_u_108 {		2380	union __anonunion_vki_in6_u_108 {
2381	__vki_u8 u6_addr8[16] ;		2381	__vki_u8 u6_addr8[16] ;
2382	__vki_u16 u6_addr16[8] ;		2382	__vki_u16 u6_addr16[8] ;
2383	__vki_u32 u6_addr32[4] ;		2383	__vki_u32 u6_addr32[4] ;
2384	};		2384	};
2385	struct vki_in6_addr {		2385	struct vki_in6_addr {
2386	union __anonunion_vki_in6_u_108 vki_in6_u ;		2386	union __anonunion_vki_in6_u_108 vki_in6_u ;
2387	};		2387	};
2388	struct vki_sockaddr_in6 {		2388	struct vki_sockaddr_in6 {
2389	unsigned short sin6_family ;		2389	unsigned short sin6_family ;
2390	__vki_u16 sin6_port ;		2390	__vki_u16 sin6_port ;
2391	__vki_u32 sin6_flowinfo ;		2391	__vki_u32 sin6_flowinfo ;
2392	struct vki_in6_addr sin6_addr ;		2392	struct vki_in6_addr sin6_addr ;
2393	__vki_u32 sin6_scope_id ;		2393	__vki_u32 sin6_scope_id ;
2394	};		2394	};
2395	struct vki_sockaddr_un {		2395	struct vki_sockaddr_un {
2396	vki_sa_family_t sun_family ;		2396	vki_sa_family_t sun_family ;
2397	char sun_path[108] ;		2397	char sun_path[108] ;
2398	};		2398	};
2399	struct vki_ifmap {		2399	struct vki_ifmap {
2400	unsigned long mem_start ;		2400	unsigned long mem_start ;
2401	unsigned long mem_end ;		2401	unsigned long mem_end ;
2402	unsigned short base_addr ;		2402	unsigned short base_addr ;
2403	unsigned char irq ;		2403	unsigned char irq ;
2404	unsigned char dma ;		2404	unsigned char dma ;
2405	unsigned char port ;		2405	unsigned char port ;
2406	};		2406	};
2407	union __anonunion_ifs_ifsu_109 {		2407	union __anonunion_ifs_ifsu_109 {
2408	void *raw_hdlc ;		2408	void *raw_hdlc ;
2409	void *cisco ;		2409	void *cisco ;
2410	void *fr ;		2410	void *fr ;
2411	void *fr_pvc ;		2411	void *fr_pvc ;
2412	void *fr_pvc_info ;		2412	void *fr_pvc_info ;
2413	void *sync ;		2413	void *sync ;
2414	void *te1 ;		2414	void *te1 ;
2415	};		2415	};
2416	struct vki_if_settings {		2416	struct vki_if_settings {
2417	unsigned int type ;		2417	unsigned int type ;
2418	unsigned int size ;		2418	unsigned int size ;
2419	union __anonunion_ifs_ifsu_109 ifs_ifsu ;		2419	union __anonunion_ifs_ifsu_109 ifs_ifsu ;
2420	};		2420	};
2421	union __anonunion_ifr_ifrn_110 {		2421	union __anonunion_ifr_ifrn_110 {
2422	char ifrn_name[16] ;		2422	char ifrn_name[16] ;
2423	};		2423	};
2424	union __anonunion_ifr_ifru_111 {		2424	union __anonunion_ifr_ifru_111 {
2425	struct vki_sockaddr ifru_addr ;		2425	struct vki_sockaddr ifru_addr ;
2426	struct vki_sockaddr ifru_dstaddr ;		2426	struct vki_sockaddr ifru_dstaddr ;
2427	struct vki_sockaddr ifru_broadaddr ;		2427	struct vki_sockaddr ifru_broadaddr ;
2428	struct vki_sockaddr ifru_netmask ;		2428	struct vki_sockaddr ifru_netmask ;
2429	struct vki_sockaddr ifru_hwaddr ;		2429	struct vki_sockaddr ifru_hwaddr ;
2430	short ifru_flags ;		2430	short ifru_flags ;
2431	int ifru_ivalue ;		2431	int ifru_ivalue ;
2432	int ifru_mtu ;		2432	int ifru_mtu ;
2433	struct vki_ifmap ifru_map ;		2433	struct vki_ifmap ifru_map ;
2434	char ifru_slave[16] ;		2434	char ifru_slave[16] ;
2435	char ifru_newname[16] ;		2435	char ifru_newname[16] ;
2436	void *ifru_data ;		2436	void *ifru_data ;
2437	struct vki_if_settings ifru_settings ;		2437	struct vki_if_settings ifru_settings ;
2438	};		2438	};
2439	struct vki_ifreq {		2439	struct vki_ifreq {
2440	union __anonunion_ifr_ifrn_110 ifr_ifrn ;		2440	union __anonunion_ifr_ifrn_110 ifr_ifrn ;
2441	union __anonunion_ifr_ifru_111 ifr_ifru ;		2441	union __anonunion_ifr_ifru_111 ifr_ifru ;
2442	};		2442	};
2443	union __anonunion_ifc_ifcu_112 {		2443	union __anonunion_ifc_ifcu_112 {
2444	char *ifcu_buf ;		2444	char *ifcu_buf ;
2445	struct vki_ifreq *ifcu_req ;		2445	struct vki_ifreq *ifcu_req ;
2446	};		2446	};
2447	struct vki_ifconf {		2447	struct vki_ifconf {
2448	int ifc_len ;		2448	int ifc_len ;
2449	union __anonunion_ifc_ifcu_112 ifc_ifcu ;		2449	union __anonunion_ifc_ifcu_112 ifc_ifcu ;
2450	};		2450	};
2451	struct vki_arpreq {		2451	struct vki_arpreq {
2452	struct vki_sockaddr arp_pa ;		2452	struct vki_sockaddr arp_pa ;
2453	struct vki_sockaddr arp_ha ;		2453	struct vki_sockaddr arp_ha ;
2454	int arp_flags ;		2454	int arp_flags ;
2455	struct vki_sockaddr arp_netmask ;		2455	struct vki_sockaddr arp_netmask ;
2456	char arp_dev[16] ;		2456	char arp_dev[16] ;
2457	};		2457	};
2458	struct vki_rtentry {		2458	struct vki_rtentry {
2459	unsigned long rt_pad1 ;		2459	unsigned long rt_pad1 ;
2460	struct vki_sockaddr rt_dst ;		2460	struct vki_sockaddr rt_dst ;
2461	struct vki_sockaddr rt_gateway ;		2461	struct vki_sockaddr rt_gateway ;
2462	struct vki_sockaddr rt_genmask ;		2462	struct vki_sockaddr rt_genmask ;
2463	unsigned short rt_flags ;		2463	unsigned short rt_flags ;
2464	short rt_pad2 ;		2464	short rt_pad2 ;
2465	unsigned long rt_pad3 ;		2465	unsigned long rt_pad3 ;
2466	void *rt_pad4 ;		2466	void *rt_pad4 ;
2467	short rt_metric ;		2467	short rt_metric ;
2468	char *rt_dev ;		2468	char *rt_dev ;
2469	unsigned long rt_mtu ;		2469	unsigned long rt_mtu ;
2470	unsigned long rt_window ;		2470	unsigned long rt_window ;
2471	unsigned short rt_irtt ;		2471	unsigned short rt_irtt ;
2472	};		2472	};
2473	typedef __vki_s32 vki_sctp_assoc_t;		2473	typedef __vki_s32 vki_sctp_assoc_t;
2474	enum vki_sctp_optname {		2474	enum vki_sctp_optname {
2475	VKI_SCTP_RTOINFO = 0,		2475	VKI_SCTP_RTOINFO = 0,
2476	VKI_SCTP_ASSOCINFO = 1,		2476	VKI_SCTP_ASSOCINFO = 1,
2477	VKI_SCTP_INITMSG = 2,		2477	VKI_SCTP_INITMSG = 2,
2478	VKI_SCTP_NODELAY = 3,		2478	VKI_SCTP_NODELAY = 3,
2479	VKI_SCTP_AUTOCLOSE = 4,		2479	VKI_SCTP_AUTOCLOSE = 4,
2480	VKI_SCTP_SET_PEER_PRIMARY_ADDR = 5,		2480	VKI_SCTP_SET_PEER_PRIMARY_ADDR = 5,
2481	VKI_SCTP_PRIMARY_ADDR = 6,		2481	VKI_SCTP_PRIMARY_ADDR = 6,
2482	VKI_SCTP_ADAPTION_LAYER = 7,		2482	VKI_SCTP_ADAPTION_LAYER = 7,
2483	VKI_SCTP_DISABLE_FRAGMENTS = 8,		2483	VKI_SCTP_DISABLE_FRAGMENTS = 8,
2484	VKI_SCTP_PEER_ADDR_PARAMS = 9,		2484	VKI_SCTP_PEER_ADDR_PARAMS = 9,
2485	VKI_SCTP_DEFAULT_SEND_PARAM = 10,		2485	VKI_SCTP_DEFAULT_SEND_PARAM = 10,
2486	VKI_SCTP_EVENTS = 11,		2486	VKI_SCTP_EVENTS = 11,
2487	VKI_SCTP_I_WANT_MAPPED_V4_ADDR = 12,		2487	VKI_SCTP_I_WANT_MAPPED_V4_ADDR = 12,
2488	VKI_SCTP_MAXSEG = 13,		2488	VKI_SCTP_MAXSEG = 13,
2489	VKI_SCTP_STATUS = 14,		2489	VKI_SCTP_STATUS = 14,
2490	VKI_SCTP_GET_PEER_ADDR_INFO = 15,		2490	VKI_SCTP_GET_PEER_ADDR_INFO = 15,
2491	VKI_SCTP_SOCKOPT_BINDX_ADD = 100,		2491	VKI_SCTP_SOCKOPT_BINDX_ADD = 100,
2492	VKI_SCTP_SOCKOPT_BINDX_REM = 101,		2492	VKI_SCTP_SOCKOPT_BINDX_REM = 101,
2493	VKI_SCTP_SOCKOPT_PEELOFF = 102,		2493	VKI_SCTP_SOCKOPT_PEELOFF = 102,
2494	VKI_SCTP_GET_PEER_ADDRS_NUM = 103,		2494	VKI_SCTP_GET_PEER_ADDRS_NUM = 103,
2495	VKI_SCTP_GET_PEER_ADDRS = 104,		2495	VKI_SCTP_GET_PEER_ADDRS = 104,
2496	VKI_SCTP_GET_LOCAL_ADDRS_NUM = 105,		2496	VKI_SCTP_GET_LOCAL_ADDRS_NUM = 105,
2497	VKI_SCTP_GET_LOCAL_ADDRS = 106,		2497	VKI_SCTP_GET_LOCAL_ADDRS = 106,
2498	VKI_SCTP_SOCKOPT_CONNECTX = 107		2498	VKI_SCTP_SOCKOPT_CONNECTX = 107
2499	} ;		2499	} ;
2500	struct vki_sctp_getaddrs {		2500	struct vki_sctp_getaddrs {
2501	vki_sctp_assoc_t assoc_id ;		2501	vki_sctp_assoc_t assoc_id ;
2502	int addr_num ;		2502	int addr_num ;
2503	struct vki_sockaddr *addrs ;		2503	struct vki_sockaddr *addrs ;
2504	};		2504	};
2505	struct vki_rusage {		2505	struct vki_rusage {
2506	struct vki_timeval ru_utime ;		2506	struct vki_timeval ru_utime ;
2507	struct vki_timeval ru_stime ;		2507	struct vki_timeval ru_stime ;
2508	long ru_maxrss ;		2508	long ru_maxrss ;
2509	long ru_ixrss ;		2509	long ru_ixrss ;
2510	long ru_idrss ;		2510	long ru_idrss ;
2511	long ru_isrss ;		2511	long ru_isrss ;
2512	long ru_minflt ;		2512	long ru_minflt ;
2513	long ru_majflt ;		2513	long ru_majflt ;
2514	long ru_nswap ;		2514	long ru_nswap ;
2515	long ru_inblock ;		2515	long ru_inblock ;
2516	long ru_oublock ;		2516	long ru_oublock ;
2517	long ru_msgsnd ;		2517	long ru_msgsnd ;
2518	long ru_msgrcv ;		2518	long ru_msgrcv ;
2519	long ru_nsignals ;		2519	long ru_nsignals ;
2520	long ru_nvcsw ;		2520	long ru_nvcsw ;
2521	long ru_nivcsw ;		2521	long ru_nivcsw ;
2522	};		2522	};
2523	struct vki_rlimit {		2523	struct vki_rlimit {
2524	unsigned long rlim_cur ;		2524	unsigned long rlim_cur ;
2525	unsigned long rlim_max ;		2525	unsigned long rlim_max ;
2526	};		2526	};
2527	struct vki_rlimit64 {		2527	struct vki_rlimit64 {
2528	__vki_u64 rlim_cur ;		2528	__vki_u64 rlim_cur ;
2529	__vki_u64 rlim_max ;		2529	__vki_u64 rlim_max ;
2530	};		2530	};
2531	struct vki_elf_siginfo {		2531	struct vki_elf_siginfo {
2532	int si_signo ;		2532	int si_signo ;
2533	int si_code ;		2533	int si_code ;
2534	int si_errno ;		2534	int si_errno ;
2535	};		2535	};
2536	struct vki_elf_prstatus {		2536	struct vki_elf_prstatus {
2537	struct vki_elf_siginfo pr_info ;		2537	struct vki_elf_siginfo pr_info ;
2538	short pr_cursig ;		2538	short pr_cursig ;
2539	unsigned long pr_sigpend ;		2539	unsigned long pr_sigpend ;
2540	unsigned long pr_sighold ;		2540	unsigned long pr_sighold ;
2541	vki_pid_t pr_pid ;		2541	vki_pid_t pr_pid ;
2542	vki_pid_t pr_ppid ;		2542	vki_pid_t pr_ppid ;
2543	vki_pid_t pr_pgrp ;		2543	vki_pid_t pr_pgrp ;
2544	vki_pid_t pr_sid ;		2544	vki_pid_t pr_sid ;
2545	struct vki_timeval pr_utime ;		2545	struct vki_timeval pr_utime ;
2546	struct vki_timeval pr_stime ;		2546	struct vki_timeval pr_stime ;
2547	struct vki_timeval pr_cutime ;		2547	struct vki_timeval pr_cutime ;
2548	struct vki_timeval pr_cstime ;		2548	struct vki_timeval pr_cstime ;
2549	vki_elf_gregset_t pr_reg ;		2549	vki_elf_gregset_t pr_reg ;
2550	int pr_fpvalid ;		2550	int pr_fpvalid ;
2551	};		2551	};
2552	struct vki_elf_prpsinfo {		2552	struct vki_elf_prpsinfo {
2553	char pr_state ;		2553	char pr_state ;
2554	char pr_sname ;		2554	char pr_sname ;
2555	char pr_zomb ;		2555	char pr_zomb ;
2556	char pr_nice ;		2556	char pr_nice ;
2557	unsigned long pr_flag ;		2557	unsigned long pr_flag ;
2558	__vki_kernel_uid_t pr_uid ;		2558	__vki_kernel_uid_t pr_uid ;
2559	__vki_kernel_gid_t pr_gid ;		2559	__vki_kernel_gid_t pr_gid ;
2560	vki_pid_t pr_pid ;		2560	vki_pid_t pr_pid ;
2561	vki_pid_t pr_ppid ;		2561	vki_pid_t pr_ppid ;
2562	vki_pid_t pr_pgrp ;		2562	vki_pid_t pr_pgrp ;
2563	vki_pid_t pr_sid ;		2563	vki_pid_t pr_sid ;
2564	char pr_fname[16] ;		2564	char pr_fname[16] ;
2565	char pr_psargs[80] ;		2565	char pr_psargs[80] ;
2566	};		2566	};
2567	struct vki_epoll_event {		2567	struct vki_epoll_event {
2568	__vki_u32 events ;		2568	__vki_u32 events ;
2569	__vki_u64 data ;		2569	__vki_u64 data ;
2570	};		2570	};
2571	struct vki_mq_attr {		2571	struct vki_mq_attr {
2572	long mq_flags ;		2572	long mq_flags ;
2573	long mq_maxmsg ;		2573	long mq_maxmsg ;
2574	long mq_msgsize ;		2574	long mq_msgsize ;
2575	long mq_curmsgs ;		2575	long mq_curmsgs ;
2576	long __reserved[4] ;		2576	long __reserved[4] ;
2577	};		2577	};
2578	struct vki_new_utsname {		2578	struct vki_new_utsname {
2579	char sysname[65] ;		2579	char sysname[65] ;
2580	char nodename[65] ;		2580	char nodename[65] ;
2581	char release[65] ;		2581	char release[65] ;
2582	char version[65] ;		2582	char version[65] ;
2583	char machine[65] ;		2583	char machine[65] ;
2584	char domainname[65] ;		2584	char domainname[65] ;
2585	};		2585	};
2586	struct vki_mii_ioctl_data {		2586	struct vki_mii_ioctl_data {
2587	vki_u16 phy_id ;		2587	vki_u16 phy_id ;
2588	vki_u16 reg_num ;		2588	vki_u16 reg_num ;
2589	vki_u16 val_in ;		2589	vki_u16 val_in ;
2590	vki_u16 val_out ;		2590	vki_u16 val_out ;
2591	};		2591	};
2592	struct __vki_user_cap_header_struct {		2592	struct __vki_user_cap_header_struct {
2593	__vki_u32 version ;		2593	__vki_u32 version ;
2594	int pid ;		2594	int pid ;
2595	};		2595	};
2596	typedef struct __vki_user_cap_header_struct *vki_cap_user_header_t;		2596	typedef struct __vki_user_cap_header_struct *vki_cap_user_header_t;
2597	struct __vki_user_cap_data_struct {		2597	struct __vki_user_cap_data_struct {
2598	__vki_u32 effective ;		2598	__vki_u32 effective ;
2599	__vki_u32 permitted ;		2599	__vki_u32 permitted ;
2600	__vki_u32 inheritable ;		2600	__vki_u32 inheritable ;
2601	};		2601	};
2602	typedef struct __vki_user_cap_data_struct *vki_cap_user_data_t;		2602	typedef struct __vki_user_cap_data_struct *vki_cap_user_data_t;
2603	struct vki_ipc_perm {		2603	struct vki_ipc_perm {
2604	__vki_kernel_key_t key ;		2604	__vki_kernel_key_t key ;
2605	__vki_kernel_uid_t uid ;		2605	__vki_kernel_uid_t uid ;
2606	__vki_kernel_gid_t gid ;		2606	__vki_kernel_gid_t gid ;
2607	__vki_kernel_uid_t cuid ;		2607	__vki_kernel_uid_t cuid ;
2608	__vki_kernel_gid_t cgid ;		2608	__vki_kernel_gid_t cgid ;
2609	__vki_kernel_mode_t mode ;		2609	__vki_kernel_mode_t mode ;
2610	unsigned short seq ;		2610	unsigned short seq ;
2611	};		2611	};
2612	struct vki_semid_ds {		2612	struct vki_semid_ds {
2613	struct vki_ipc_perm sem_perm ;		2613	struct vki_ipc_perm sem_perm ;
2614	__vki_kernel_time_t sem_otime ;		2614	__vki_kernel_time_t sem_otime ;
2615	__vki_kernel_time_t sem_ctime ;		2615	__vki_kernel_time_t sem_ctime ;
2616	void *sem_base ;		2616	void *sem_base ;
2617	void *sem_pending ;		2617	void *sem_pending ;
2618	void **sem_pending_last ;		2618	void **sem_pending_last ;
2619	void *undo ;		2619	void *undo ;
2620	unsigned short sem_nsems ;		2620	unsigned short sem_nsems ;
2621	};		2621	};
2622	struct vki_sembuf {		2622	struct vki_sembuf {
2623	unsigned short sem_num ;		2623	unsigned short sem_num ;
2624	short sem_op ;		2624	short sem_op ;
2625	short sem_flg ;		2625	short sem_flg ;
2626	};		2626	};
2627	struct vki_seminfo;		2627	struct vki_seminfo;
2628	union vki_semun {		2628	union vki_semun {
2629	int val ;		2629	int val ;
2630	struct vki_semid_ds *buf ;		2630	struct vki_semid_ds *buf ;
2631	unsigned short *array ;		2631	unsigned short *array ;
2632	struct vki_seminfo *__buf ;		2632	struct vki_seminfo *__buf ;
2633	void *__pad ;		2633	void *__pad ;
2634	};		2634	};
2635	struct vki_seminfo {		2635	struct vki_seminfo {
2636	int semmap ;		2636	int semmap ;
2637	int semmni ;		2637	int semmni ;
2638	int semmns ;		2638	int semmns ;
2639	int semmnu ;		2639	int semmnu ;
2640	int semmsl ;		2640	int semmsl ;
2641	int semopm ;		2641	int semopm ;
2642	int semume ;		2642	int semume ;
2643	int semusz ;		2643	int semusz ;
2644	int semvmx ;		2644	int semvmx ;
2645	int semaem ;		2645	int semaem ;
2646	};		2646	};
2647	struct vki_robust_list {		2647	struct vki_robust_list {
2648	struct vki_robust_list *next ;		2648	struct vki_robust_list *next ;
2649	};		2649	};
2650	struct vki_robust_list_head {		2650	struct vki_robust_list_head {
2651	struct vki_robust_list list ;		2651	struct vki_robust_list list ;
2652	long futex_offset ;		2652	long futex_offset ;
2653	struct vki_robust_list *list_op_pending ;		2653	struct vki_robust_list *list_op_pending ;
2654	};		2654	};
2655	struct vki_dirent {		2655	struct vki_dirent {
2656	long d_ino ;		2656	long d_ino ;
2657	__vki_kernel_off_t d_off ;		2657	__vki_kernel_off_t d_off ;
2658	unsigned short d_reclen ;		2658	unsigned short d_reclen ;
2659	char d_name[256] ;		2659	char d_name[256] ;
2660	};		2660	};
2661	struct __vki_sysctl_args {		2661	struct __vki_sysctl_args {
2662	int *name ;		2662	int *name ;
2663	int nlen ;		2663	int nlen ;
2664	void *oldval ;		2664	void *oldval ;
2665	vki_size_t *oldlenp ;		2665	vki_size_t *oldlenp ;
2666	void *newval ;		2666	void *newval ;
2667	vki_size_t newlen ;		2667	vki_size_t newlen ;
2668	unsigned long __unused[4] ;		2668	unsigned long __unused[4] ;
2669	};		2669	};
2670	typedef unsigned long vki_aio_context_t;		2670	typedef unsigned long vki_aio_context_t;
2671	enum __anonenum_113 {		2671	enum __anonenum_113 {
2672	VKI_IOCB_CMD_PREAD = 0,		2672	VKI_IOCB_CMD_PREAD = 0,
2673	VKI_IOCB_CMD_PWRITE = 1,		2673	VKI_IOCB_CMD_PWRITE = 1,
2674	VKI_IOCB_CMD_FSYNC = 2,		2674	VKI_IOCB_CMD_FSYNC = 2,
2675	VKI_IOCB_CMD_FDSYNC = 3,		2675	VKI_IOCB_CMD_FDSYNC = 3,
2676	VKI_IOCB_CMD_PREADV = 7,		2676	VKI_IOCB_CMD_PREADV = 7,
2677	VKI_IOCB_CMD_PWRITEV = 8		2677	VKI_IOCB_CMD_PWRITEV = 8
2678	} ;		2678	} ;
2679	struct vki_io_event {		2679	struct vki_io_event {
2680	__vki_u64 data ;		2680	__vki_u64 data ;
2681	__vki_u64 obj ;		2681	__vki_u64 obj ;
2682	__vki_s64 result ;		2682	__vki_s64 result ;
2683	__vki_s64 result2 ;		2683	__vki_s64 result2 ;
2684	};		2684	};
2685	struct vki_iocb {		2685	struct vki_iocb {
2686	__vki_u64 aio_data ;		2686	__vki_u64 aio_data ;
2687	__vki_u32 aio_key ;		2687	__vki_u32 aio_key ;
2688	__vki_u32 aio_reserved1 ;		2688	__vki_u32 aio_reserved1 ;
2689	__vki_u16 aio_lio_opcode ;		2689	__vki_u16 aio_lio_opcode ;
2690	__vki_s16 aio_reqprio ;		2690	__vki_s16 aio_reqprio ;
2691	__vki_u32 aio_fildes ;		2691	__vki_u32 aio_fildes ;
2692	__vki_u64 aio_buf ;		2692	__vki_u64 aio_buf ;
2693	__vki_u64 aio_nbytes ;		2693	__vki_u64 aio_nbytes ;
2694	__vki_s64 aio_offset ;		2694	__vki_s64 aio_offset ;
2695	__vki_u64 aio_reserved2 ;		2695	__vki_u64 aio_reserved2 ;
2696	__vki_u64 aio_reserved3 ;		2696	__vki_u64 aio_reserved3 ;
2697	};		2697	};
2698	struct vki_aio_ring {		2698	struct vki_aio_ring {
2699	unsigned int id ;		2699	unsigned int id ;
2700	unsigned int nr ;		2700	unsigned int nr ;
2701	unsigned int head ;		2701	unsigned int head ;
2702	unsigned int tail ;		2702	unsigned int tail ;
2703	unsigned int magic ;		2703	unsigned int magic ;
2704	unsigned int compat_features ;		2704	unsigned int compat_features ;
2705	unsigned int incompat_features ;		2705	unsigned int incompat_features ;
2706	unsigned int header_length ;		2706	unsigned int header_length ;
2707	struct vki_io_event io_events[0] ;		2707	struct vki_io_event io_events[0] ;
2708	};		2708	};
2709	struct vki_msg;		2709	struct vki_msg;
2710	struct vki_msqid_ds {		2710	struct vki_msqid_ds {
2711	struct vki_ipc_perm msg_perm ;		2711	struct vki_ipc_perm msg_perm ;
2712	struct vki_msg *msg_first ;		2712	struct vki_msg *msg_first ;
2713	struct vki_msg *msg_last ;		2713	struct vki_msg *msg_last ;
2714	__vki_kernel_time_t msg_stime ;		2714	__vki_kernel_time_t msg_stime ;
2715	__vki_kernel_time_t msg_rtime ;		2715	__vki_kernel_time_t msg_rtime ;
2716	__vki_kernel_time_t msg_ctime ;		2716	__vki_kernel_time_t msg_ctime ;
2717	unsigned long msg_lcbytes ;		2717	unsigned long msg_lcbytes ;
2718	unsigned long msg_lqbytes ;		2718	unsigned long msg_lqbytes ;
2719	unsigned short msg_cbytes ;		2719	unsigned short msg_cbytes ;
2720	unsigned short msg_qnum ;		2720	unsigned short msg_qnum ;
2721	unsigned short msg_qbytes ;		2721	unsigned short msg_qbytes ;
2722	__vki_kernel_ipc_pid_t msg_lspid ;		2722	__vki_kernel_ipc_pid_t msg_lspid ;
2723	__vki_kernel_ipc_pid_t msg_lrpid ;		2723	__vki_kernel_ipc_pid_t msg_lrpid ;
2724	};		2724	};
2725	struct vki_msgbuf {		2725	struct vki_msgbuf {
2726	long mtype ;		2726	long mtype ;
2727	char mtext[1] ;		2727	char mtext[1] ;
2728	};		2728	};
2729	struct vki_msginfo {		2729	struct vki_msginfo {
2730	int msgpool ;		2730	int msgpool ;
2731	int msgmap ;		2731	int msgmap ;
2732	int msgmax ;		2732	int msgmax ;
2733	int msgmnb ;		2733	int msgmnb ;
2734	int msgmni ;		2734	int msgmni ;
2735	int msgssz ;		2735	int msgssz ;
2736	int msgtql ;		2736	int msgtql ;
2737	unsigned short msgseg ;		2737	unsigned short msgseg ;
2738	};		2738	};
2739	struct vki_shmid_ds {		2739	struct vki_shmid_ds {
2740	struct vki_ipc_perm shm_perm ;		2740	struct vki_ipc_perm shm_perm ;
2741	int shm_segsz ;		2741	int shm_segsz ;
2742	__vki_kernel_time_t shm_atime ;		2742	__vki_kernel_time_t shm_atime ;
2743	__vki_kernel_time_t shm_dtime ;		2743	__vki_kernel_time_t shm_dtime ;
2744	__vki_kernel_time_t shm_ctime ;		2744	__vki_kernel_time_t shm_ctime ;
2745	__vki_kernel_ipc_pid_t shm_cpid ;		2745	__vki_kernel_ipc_pid_t shm_cpid ;
2746	__vki_kernel_ipc_pid_t shm_lpid ;		2746	__vki_kernel_ipc_pid_t shm_lpid ;
2747	unsigned short shm_nattch ;		2747	unsigned short shm_nattch ;
2748	unsigned short shm_unused ;		2748	unsigned short shm_unused ;
2749	void *shm_unused2 ;		2749	void *shm_unused2 ;
2750	void *shm_unused3 ;		2750	void *shm_unused3 ;
2751	};		2751	};
2752	struct vki_shminfo {		2752	struct vki_shminfo {
2753	int shmmax ;		2753	int shmmax ;
2754	int shmmin ;		2754	int shmmin ;
2755	int shmmni ;		2755	int shmmni ;
2756	int shmseg ;		2756	int shmseg ;
2757	int shmall ;		2757	int shmall ;
2758	};		2758	};
2759	struct vki_shm_info {		2759	struct vki_shm_info {
2760	int used_ids ;		2760	int used_ids ;
2761	unsigned long shm_tot ;		2761	unsigned long shm_tot ;
2762	unsigned long shm_rss ;		2762	unsigned long shm_rss ;
2763	unsigned long shm_swp ;		2763	unsigned long shm_swp ;
2764	unsigned long swap_attempts ;		2764	unsigned long swap_attempts ;
2765	unsigned long swap_successes ;		2765	unsigned long swap_successes ;
2766	};		2766	};
2767	struct vki_rtc_time {		2767	struct vki_rtc_time {
2768	int tm_sec ;		2768	int tm_sec ;
2769	int tm_min ;		2769	int tm_min ;
2770	int tm_hour ;		2770	int tm_hour ;
2771	int tm_mday ;		2771	int tm_mday ;
2772	int tm_mon ;		2772	int tm_mon ;
2773	int tm_year ;		2773	int tm_year ;
2774	int tm_wday ;		2774	int tm_wday ;
2775	int tm_yday ;		2775	int tm_yday ;
2776	int tm_isdst ;		2776	int tm_isdst ;
2777	};		2777	};
2778	struct __anonstruct_vki_isdn_net_ioctl_phone_114 {		2778	struct __anonstruct_vki_isdn_net_ioctl_phone_114 {
2779	char name[10] ;		2779	char name[10] ;
2780	char phone[32] ;		2780	char phone[32] ;
2781	int outgoing ;		2781	int outgoing ;
2782	};		2782	};
2783	typedef struct __anonstruct_vki_isdn_net_ioctl_phone_114 vki_isdn_net_ioctl_phone;		2783	typedef struct __anonstruct_vki_isdn_net_ioctl_phone_114 vki_isdn_net_ioctl_phone;
2784	struct vki_ppdev_frob_struct {		2784	struct vki_ppdev_frob_struct {
2785	unsigned char mask ;		2785	unsigned char mask ;
2786	unsigned char val ;		2786	unsigned char val ;
2787	};		2787	};
2788	struct vki_sg_io_hdr {		2788	struct vki_sg_io_hdr {
2789	int interface_id ;		2789	int interface_id ;
2790	int dxfer_direction ;		2790	int dxfer_direction ;
2791	unsigned char cmd_len ;		2791	unsigned char cmd_len ;
2792	unsigned char mx_sb_len ;		2792	unsigned char mx_sb_len ;
2793	unsigned short iovec_count ;		2793	unsigned short iovec_count ;
2794	unsigned int dxfer_len ;		2794	unsigned int dxfer_len ;
2795	void *dxferp ;		2795	void *dxferp ;
2796	unsigned char *cmdp ;		2796	unsigned char *cmdp ;
2797	void *sbp ;		2797	void *sbp ;
2798	unsigned int timeout ;		2798	unsigned int timeout ;
2799	unsigned int flags ;		2799	unsigned int flags ;
2800	int pack_id ;		2800	int pack_id ;
2801	void *usr_ptr ;		2801	void *usr_ptr ;
2802	unsigned char status ;		2802	unsigned char status ;
2803	unsigned char masked_status ;		2803	unsigned char masked_status ;
2804	unsigned char msg_status ;		2804	unsigned char msg_status ;
2805	unsigned char sb_len_wr ;		2805	unsigned char sb_len_wr ;
2806	unsigned short host_status ;		2806	unsigned short host_status ;
2807	unsigned short driver_status ;		2807	unsigned short driver_status ;
2808	int resid ;		2808	int resid ;
2809	unsigned int duration ;		2809	unsigned int duration ;
2810	unsigned int info ;		2810	unsigned int info ;
2811	};		2811	};
2812	typedef struct vki_sg_io_hdr vki_sg_io_hdr_t;		2812	typedef struct vki_sg_io_hdr vki_sg_io_hdr_t;
2813	struct vki_sg_scsi_id {		2813	struct vki_sg_scsi_id {
2814	int host_no ;		2814	int host_no ;
2815	int channel ;		2815	int channel ;
2816	int scsi_id ;		2816	int scsi_id ;
2817	int lun ;		2817	int lun ;
2818	int scsi_type ;		2818	int scsi_type ;
2819	short h_cmd_per_lun ;		2819	short h_cmd_per_lun ;
2820	short d_queue_depth ;		2820	short d_queue_depth ;
2821	int unused[2] ;		2821	int unused[2] ;
2822	};		2822	};
2823	typedef struct vki_sg_scsi_id vki_sg_scsi_id_t;		2823	typedef struct vki_sg_scsi_id vki_sg_scsi_id_t;
2824	struct vki_scsi_idlun {		2824	struct vki_scsi_idlun {
2825	__vki_u32 dev_id ;		2825	__vki_u32 dev_id ;
2826	__vki_u32 host_unique_id ;		2826	__vki_u32 host_unique_id ;
2827	};		2827	};
2828	struct vki_cdrom_msf0 {		2828	struct vki_cdrom_msf0 {
2829	__vki_u8 minute ;		2829	__vki_u8 minute ;
2830	__vki_u8 second ;		2830	__vki_u8 second ;
2831	__vki_u8 frame ;		2831	__vki_u8 frame ;
2832	};		2832	};
2833	union vki_cdrom_addr {		2833	union vki_cdrom_addr {
2834	struct vki_cdrom_msf0 msf ;		2834	struct vki_cdrom_msf0 msf ;
2835	int lba ;		2835	int lba ;
2836	};		2836	};
2837	struct vki_cdrom_msf {		2837	struct vki_cdrom_msf {
2838	__vki_u8 cdmsf_min0 ;		2838	__vki_u8 cdmsf_min0 ;
2839	__vki_u8 cdmsf_sec0 ;		2839	__vki_u8 cdmsf_sec0 ;
2840	__vki_u8 cdmsf_frame0 ;		2840	__vki_u8 cdmsf_frame0 ;
2841	__vki_u8 cdmsf_min1 ;		2841	__vki_u8 cdmsf_min1 ;
2842	__vki_u8 cdmsf_sec1 ;		2842	__vki_u8 cdmsf_sec1 ;
2843	__vki_u8 cdmsf_frame1 ;		2843	__vki_u8 cdmsf_frame1 ;
2844	};		2844	};
2845	struct vki_cdrom_tochdr {		2845	struct vki_cdrom_tochdr {
2846	__vki_u8 cdth_trk0 ;		2846	__vki_u8 cdth_trk0 ;
2847	__vki_u8 cdth_trk1 ;		2847	__vki_u8 cdth_trk1 ;
2848	};		2848	};
2849	struct vki_cdrom_volctrl {		2849	struct vki_cdrom_volctrl {
2850	__vki_u8 channel0 ;		2850	__vki_u8 channel0 ;
2851	__vki_u8 channel1 ;		2851	__vki_u8 channel1 ;
2852	__vki_u8 channel2 ;		2852	__vki_u8 channel2 ;
2853	__vki_u8 channel3 ;		2853	__vki_u8 channel3 ;
2854	};		2854	};
2855	struct vki_cdrom_subchnl {		2855	struct vki_cdrom_subchnl {
2856	__vki_u8 cdsc_format ;		2856	__vki_u8 cdsc_format ;
2857	__vki_u8 cdsc_audiostatus ;		2857	__vki_u8 cdsc_audiostatus ;
2858	__vki_u8 cdsc_adr : 4 ;		2858	__vki_u8 cdsc_adr : 4 ;
2859	__vki_u8 cdsc_ctrl : 4 ;		2859	__vki_u8 cdsc_ctrl : 4 ;
2860	__vki_u8 cdsc_trk ;		2860	__vki_u8 cdsc_trk ;
2861	__vki_u8 cdsc_ind ;		2861	__vki_u8 cdsc_ind ;
2862	union vki_cdrom_addr cdsc_absaddr ;		2862	union vki_cdrom_addr cdsc_absaddr ;
2863	union vki_cdrom_addr cdsc_reladdr ;		2863	union vki_cdrom_addr cdsc_reladdr ;
2864	};		2864	};
2865	struct vki_cdrom_tocentry {		2865	struct vki_cdrom_tocentry {
2866	__vki_u8 cdte_track ;		2866	__vki_u8 cdte_track ;
2867	__vki_u8 cdte_adr : 4 ;		2867	__vki_u8 cdte_adr : 4 ;
2868	__vki_u8 cdte_ctrl : 4 ;		2868	__vki_u8 cdte_ctrl : 4 ;
2869	__vki_u8 cdte_format ;		2869	__vki_u8 cdte_format ;
2870	union vki_cdrom_addr cdte_addr ;		2870	union vki_cdrom_addr cdte_addr ;
2871	__vki_u8 cdte_datamode ;		2871	__vki_u8 cdte_datamode ;
2872	};		2872	};
2873	struct vki_cdrom_read {		2873	struct vki_cdrom_read {
2874	int cdread_lba ;		2874	int cdread_lba ;
2875	char *cdread_bufaddr ;		2875	char *cdread_bufaddr ;
2876	int cdread_buflen ;		2876	int cdread_buflen ;
2877	};		2877	};
2878	struct vki_cdrom_read_audio {		2878	struct vki_cdrom_read_audio {
2879	union vki_cdrom_addr addr ;		2879	union vki_cdrom_addr addr ;
2880	__vki_u8 addr_format ;		2880	__vki_u8 addr_format ;
2881	int nframes ;		2881	int nframes ;
2882	__vki_u8 *buf ;		2882	__vki_u8 *buf ;
2883	};		2883	};
2884	struct vki_cdrom_multisession {		2884	struct vki_cdrom_multisession {
2885	union vki_cdrom_addr addr ;		2885	union vki_cdrom_addr addr ;
2886	__vki_u8 xa_flag ;		2886	__vki_u8 xa_flag ;
2887	__vki_u8 addr_format ;		2887	__vki_u8 addr_format ;
2888	};		2888	};
2889	struct vki_cdrom_mcn {		2889	struct vki_cdrom_mcn {
2890	__vki_u8 medium_catalog_number[14] ;		2890	__vki_u8 medium_catalog_number[14] ;
2891	};		2891	};
2892	struct vki_cdrom_generic_command {		2892	struct vki_cdrom_generic_command {
2893	unsigned char cmd[12] ;		2893	unsigned char cmd[12] ;
2894	unsigned char *buffer ;		2894	unsigned char *buffer ;
2895	unsigned int buflen ;		2895	unsigned int buflen ;
2896	int stat ;		2896	int stat ;
2897	void *sense ;		2897	void *sense ;
2898	unsigned char data_direction ;		2898	unsigned char data_direction ;
2899	int quiet ;		2899	int quiet ;
2900	int timeout ;		2900	int timeout ;
2901	void *reserved[1] ;		2901	void *reserved[1] ;
2902	};		2902	};
2903	struct vki_audio_buf_info {		2903	struct vki_audio_buf_info {
2904	int fragments ;		2904	int fragments ;
2905	int fragstotal ;		2905	int fragstotal ;
2906	int fragsize ;		2906	int fragsize ;
2907	int bytes ;		2907	int bytes ;
2908	};		2908	};
2909	typedef struct vki_audio_buf_info vki_audio_buf_info;		2909	typedef struct vki_audio_buf_info vki_audio_buf_info;
2910	struct vki_hd_geometry {		2910	struct vki_hd_geometry {
2911	unsigned char heads ;		2911	unsigned char heads ;
2912	unsigned char sectors ;		2912	unsigned char sectors ;
2913	unsigned short cylinders ;		2913	unsigned short cylinders ;
2914	unsigned long start ;		2914	unsigned long start ;
2915	};		2915	};
2916	struct vki_fb_fix_screeninfo {		2916	struct vki_fb_fix_screeninfo {
2917	char id[16] ;		2917	char id[16] ;
2918	unsigned long smem_start ;		2918	unsigned long smem_start ;
2919	__vki_u32 smem_len ;		2919	__vki_u32 smem_len ;
2920	__vki_u32 type ;		2920	__vki_u32 type ;
2921	__vki_u32 type_aux ;		2921	__vki_u32 type_aux ;
2922	__vki_u32 visual ;		2922	__vki_u32 visual ;
2923	__vki_u16 xpanstep ;		2923	__vki_u16 xpanstep ;
2924	__vki_u16 ypanstep ;		2924	__vki_u16 ypanstep ;
2925	__vki_u16 ywrapstep ;		2925	__vki_u16 ywrapstep ;
2926	__vki_u32 line_length ;		2926	__vki_u32 line_length ;
2927	unsigned long mmio_start ;		2927	unsigned long mmio_start ;
2928	__vki_u32 mmio_len ;		2928	__vki_u32 mmio_len ;
2929	__vki_u32 accel ;		2929	__vki_u32 accel ;
2930	__vki_u16 reserved[3] ;		2930	__vki_u16 reserved[3] ;
2931	};		2931	};
2932	struct vki_fb_bitfield {		2932	struct vki_fb_bitfield {
2933	__vki_u32 offset ;		2933	__vki_u32 offset ;
2934	__vki_u32 length ;		2934	__vki_u32 length ;
2935	__vki_u32 msb_right ;		2935	__vki_u32 msb_right ;
2936	};		2936	};
2937	struct vki_fb_var_screeninfo {		2937	struct vki_fb_var_screeninfo {
2938	__vki_u32 xres ;		2938	__vki_u32 xres ;
2939	__vki_u32 yres ;		2939	__vki_u32 yres ;
2940	__vki_u32 xres_virtual ;		2940	__vki_u32 xres_virtual ;
2941	__vki_u32 yres_virtual ;		2941	__vki_u32 yres_virtual ;
2942	__vki_u32 xoffset ;		2942	__vki_u32 xoffset ;
2943	__vki_u32 yoffset ;		2943	__vki_u32 yoffset ;
2944	__vki_u32 bits_per_pixel ;		2944	__vki_u32 bits_per_pixel ;
2945	__vki_u32 grayscale ;		2945	__vki_u32 grayscale ;
2946	struct vki_fb_bitfield red ;		2946	struct vki_fb_bitfield red ;
2947	struct vki_fb_bitfield green ;		2947	struct vki_fb_bitfield green ;
2948	struct vki_fb_bitfield blue ;		2948	struct vki_fb_bitfield blue ;
2949	struct vki_fb_bitfield transp ;		2949	struct vki_fb_bitfield transp ;
2950	__vki_u32 nonstd ;		2950	__vki_u32 nonstd ;
2951	__vki_u32 activate ;		2951	__vki_u32 activate ;
2952	__vki_u32 height ;		2952	__vki_u32 height ;
2953	__vki_u32 width ;		2953	__vki_u32 width ;
2954	__vki_u32 accel_flags ;		2954	__vki_u32 accel_flags ;
2955	__vki_u32 pixclock ;		2955	__vki_u32 pixclock ;
2956	__vki_u32 left_margin ;		2956	__vki_u32 left_margin ;
2957	__vki_u32 right_margin ;		2957	__vki_u32 right_margin ;
2958	__vki_u32 upper_margin ;		2958	__vki_u32 upper_margin ;
2959	__vki_u32 lower_margin ;		2959	__vki_u32 lower_margin ;
2960	__vki_u32 hsync_len ;		2960	__vki_u32 hsync_len ;
2961	__vki_u32 vsync_len ;		2961	__vki_u32 vsync_len ;
2962	__vki_u32 sync ;		2962	__vki_u32 sync ;
2963	__vki_u32 vmode ;		2963	__vki_u32 vmode ;
2964	__vki_u32 rotate ;		2964	__vki_u32 rotate ;
2965	__vki_u32 reserved[5] ;		2965	__vki_u32 reserved[5] ;
2966	};		2966	};
2967	struct vki_consolefontdesc {		2967	struct vki_consolefontdesc {
2968	unsigned short charcount ;		2968	unsigned short charcount ;
2969	unsigned short charheight ;		2969	unsigned short charheight ;
2970	char *chardata ;		2970	char *chardata ;
2971	};		2971	};
2972	struct vki_unipair {		2972	struct vki_unipair {
2973	unsigned short unicode ;		2973	unsigned short unicode ;
2974	unsigned short fontpos ;		2974	unsigned short fontpos ;
2975	};		2975	};
2976	struct vki_unimapdesc {		2976	struct vki_unimapdesc {
2977	unsigned short entry_ct ;		2977	unsigned short entry_ct ;
2978	struct vki_unipair *entries ;		2978	struct vki_unipair *entries ;
2979	};		2979	};
2980	struct vki_unimapinit {		2980	struct vki_unimapinit {
2981	unsigned short advised_hashsize ;		2981	unsigned short advised_hashsize ;
2982	unsigned short advised_hashstep ;		2982	unsigned short advised_hashstep ;
2983	unsigned short advised_hashlevel ;		2983	unsigned short advised_hashlevel ;
2984	};		2984	};
2985	struct vki_kbentry {		2985	struct vki_kbentry {
2986	unsigned char kb_table ;		2986	unsigned char kb_table ;
2987	unsigned char kb_index ;		2987	unsigned char kb_index ;
2988	unsigned short kb_value ;		2988	unsigned short kb_value ;
2989	};		2989	};
2990	struct vki_kbsentry {		2990	struct vki_kbsentry {
2991	unsigned char kb_func ;		2991	unsigned char kb_func ;
2992	unsigned char kb_string[512] ;		2992	unsigned char kb_string[512] ;
2993	};		2993	};
2994	struct vki_kbdiacr {		2994	struct vki_kbdiacr {
2995	unsigned char diacr ;		2995	unsigned char diacr ;
2996	unsigned char base ;		2996	unsigned char base ;
2997	unsigned char result ;		2997	unsigned char result ;
2998	};		2998	};
2999	struct vki_kbdiacrs {		2999	struct vki_kbdiacrs {
3000	unsigned int kb_cnt ;		3000	unsigned int kb_cnt ;
3001	struct vki_kbdiacr kbdiacr[256] ;		3001	struct vki_kbdiacr kbdiacr[256] ;
3002	};		3002	};
3003	struct vki_kbkeycode {		3003	struct vki_kbkeycode {
3004	unsigned int scancode ;		3004	unsigned int scancode ;
3005	unsigned int keycode ;		3005	unsigned int keycode ;
3006	};		3006	};
3007	struct vki_kbd_repeat {		3007	struct vki_kbd_repeat {
3008	int delay ;		3008	int delay ;
3009	int period ;		3009	int period ;
3010	};		3010	};
3011	struct vki_console_font_op {		3011	struct vki_console_font_op {
3012	unsigned int op ;		3012	unsigned int op ;
3013	unsigned int flags ;		3013	unsigned int flags ;
3014	unsigned int width ;		3014	unsigned int width ;
3015	unsigned int height ;		3015	unsigned int height ;
3016	unsigned int charcount ;		3016	unsigned int charcount ;
3017	unsigned char *data ;		3017	unsigned char *data ;
3018	};		3018	};
3019	typedef __vki_kernel_uid32_t vki_qid_t;		3019	typedef __vki_kernel_uid32_t vki_qid_t;
3020	struct __anonstruct_116 {		3020	struct __anonstruct_116 {
3021	int  : 0 ;		3021	int  : 0 ;
3022	};		3022	};
3023	struct __anonstruct_117 {		3023	struct __anonstruct_117 {
3024	int  : 0 ;		3024	int  : 0 ;
3025	};		3025	};
3026	enum __anonenum_115 {		3026	enum __anonenum_115 {
3027	VKI_SNDRV_PCM_IOCTL_HW_FREE = 16658,		3027	VKI_SNDRV_PCM_IOCTL_HW_FREE = 16658,
3028	VKI_SNDRV_PCM_IOCTL_HWSYNC = 16674,		3028	VKI_SNDRV_PCM_IOCTL_HWSYNC = 16674,
3029	VKI_SNDRV_PCM_IOCTL_PREPARE = 16704,		3029	VKI_SNDRV_PCM_IOCTL_PREPARE = 16704,
3030	VKI_SNDRV_PCM_IOCTL_RESET = 16705,		3030	VKI_SNDRV_PCM_IOCTL_RESET = 16705,
3031	VKI_SNDRV_PCM_IOCTL_START = 16706,		3031	VKI_SNDRV_PCM_IOCTL_START = 16706,
3032	VKI_SNDRV_PCM_IOCTL_DROP = 16707,		3032	VKI_SNDRV_PCM_IOCTL_DROP = 16707,
3033	VKI_SNDRV_PCM_IOCTL_DRAIN = 16708,		3033	VKI_SNDRV_PCM_IOCTL_DRAIN = 16708,
3034	VKI_SNDRV_PCM_IOCTL_PAUSE = 1074020677,		3034	VKI_SNDRV_PCM_IOCTL_PAUSE = 1074020677,
3035	VKI_SNDRV_PCM_IOCTL_RESUME = 16711,		3035	VKI_SNDRV_PCM_IOCTL_RESUME = 16711,
3036	VKI_SNDRV_PCM_IOCTL_XRUN = 16712,		3036	VKI_SNDRV_PCM_IOCTL_XRUN = 16712,
3037	VKI_SNDRV_PCM_IOCTL_LINK = 1074020704,		3037	VKI_SNDRV_PCM_IOCTL_LINK = 1074020704,
3038	VKI_SNDRV_PCM_IOCTL_UNLINK = 16737		3038	VKI_SNDRV_PCM_IOCTL_UNLINK = 16737
3039	} ;		3039	} ;
3040	enum __anonenum_118 {		3040	enum __anonenum_118 {
3041	VKI_SNDRV_TIMER_IOCTL_START = 21664,		3041	VKI_SNDRV_TIMER_IOCTL_START = 21664,
3042	VKI_SNDRV_TIMER_IOCTL_STOP = 21665,		3042	VKI_SNDRV_TIMER_IOCTL_STOP = 21665,
3043	VKI_SNDRV_TIMER_IOCTL_CONTINUE = 21666,		3043	VKI_SNDRV_TIMER_IOCTL_CONTINUE = 21666,
3044	VKI_SNDRV_TIMER_IOCTL_PAUSE = 21667		3044	VKI_SNDRV_TIMER_IOCTL_PAUSE = 21667
3045	} ;		3045	} ;
3046	struct vki_serial_icounter_struct {		3046	struct vki_serial_icounter_struct {
3047	int cts ;		3047	int cts ;
3048	int dsr ;		3048	int dsr ;
3049	int rng ;		3049	int rng ;
3050	int dcd ;		3050	int dcd ;
3051	int rx ;		3051	int rx ;
3052	int tx ;		3052	int tx ;
3053	int frame ;		3053	int frame ;
3054	int overrun ;		3054	int overrun ;
3055	int parity ;		3055	int parity ;
3056	int brk ;		3056	int brk ;
3057	int buf_overrun ;		3057	int buf_overrun ;
3058	int reserved[9] ;		3058	int reserved[9] ;
3059	};		3059	};
3060	struct vki_vt_mode {		3060	struct vki_vt_mode {
3061	char mode ;		3061	char mode ;
3062	char waitv ;		3062	char waitv ;
3063	short relsig ;		3063	short relsig ;
3064	short acqsig ;		3064	short acqsig ;
3065	short frsig ;		3065	short frsig ;
3066	};		3066	};
3067	struct vki_vt_stat {		3067	struct vki_vt_stat {
3068	unsigned short v_active ;		3068	unsigned short v_active ;
3069	unsigned short v_signal ;		3069	unsigned short v_signal ;
3070	unsigned short v_state ;		3070	unsigned short v_state ;
3071	};		3071	};
3072	struct vki_vt_sizes {		3072	struct vki_vt_sizes {
3073	unsigned short v_rows ;		3073	unsigned short v_rows ;
3074	unsigned short v_cols ;		3074	unsigned short v_cols ;
3075	unsigned short v_scrollsize ;		3075	unsigned short v_scrollsize ;
3076	};		3076	};
3077	struct vki_vt_consize {		3077	struct vki_vt_consize {
3078	unsigned short v_rows ;		3078	unsigned short v_rows ;
3079	unsigned short v_cols ;		3079	unsigned short v_cols ;
3080	unsigned short v_vlin ;		3080	unsigned short v_vlin ;
3081	unsigned short v_clin ;		3081	unsigned short v_clin ;
3082	unsigned short v_vcol ;		3082	unsigned short v_vcol ;
3083	unsigned short v_ccol ;		3083	unsigned short v_ccol ;
3084	};		3084	};
3085	struct vki_usbdevfs_ctrltransfer {		3085	struct vki_usbdevfs_ctrltransfer {
3086	__vki_u8 bRequestType ;		3086	__vki_u8 bRequestType ;
3087	__vki_u8 bRequest ;		3087	__vki_u8 bRequest ;
3088	__vki_u16 wValue ;		3088	__vki_u16 wValue ;
3089	__vki_u16 wIndex ;		3089	__vki_u16 wIndex ;
3090	__vki_u16 wLength ;		3090	__vki_u16 wLength ;
3091	__vki_u32 timeout ;		3091	__vki_u32 timeout ;
3092	void *data ;		3092	void *data ;
3093	};		3093	};
3094	struct vki_usbdevfs_bulktransfer {		3094	struct vki_usbdevfs_bulktransfer {
3095	unsigned int ep ;		3095	unsigned int ep ;
3096	unsigned int len ;		3096	unsigned int len ;
3097	unsigned int timeout ;		3097	unsigned int timeout ;
3098	void *data ;		3098	void *data ;
3099	};		3099	};
3100	struct vki_usbdevfs_getdriver {		3100	struct vki_usbdevfs_getdriver {
3101	unsigned int interface ;		3101	unsigned int interface ;
3102	char driver[256] ;		3102	char driver[256] ;
3103	};		3103	};
3104	struct vki_usbdevfs_connectinfo {		3104	struct vki_usbdevfs_connectinfo {
3105	unsigned int devnum ;		3105	unsigned int devnum ;
3106	unsigned char slow ;		3106	unsigned char slow ;
3107	};		3107	};
3108	struct vki_usbdevfs_iso_packet_desc {		3108	struct vki_usbdevfs_iso_packet_desc {
3109	unsigned int length ;		3109	unsigned int length ;
3110	unsigned int actual_length ;		3110	unsigned int actual_length ;
3111	unsigned int status ;		3111	unsigned int status ;
3112	};		3112	};
3113	struct vki_usbdevfs_urb {		3113	struct vki_usbdevfs_urb {
3114	unsigned char type ;		3114	unsigned char type ;
3115	unsigned char endpoint ;		3115	unsigned char endpoint ;
3116	int status ;		3116	int status ;
3117	unsigned int flags ;		3117	unsigned int flags ;
3118	void *buffer ;		3118	void *buffer ;
3119	int buffer_length ;		3119	int buffer_length ;
3120	int actual_length ;		3120	int actual_length ;
3121	int start_frame ;		3121	int start_frame ;
3122	int number_of_packets ;		3122	int number_of_packets ;
3123	int error_count ;		3123	int error_count ;
3124	unsigned int signr ;		3124	unsigned int signr ;
3125	void *usercontext ;		3125	void *usercontext ;
3126	struct vki_usbdevfs_iso_packet_desc iso_frame_desc[0] ;		3126	struct vki_usbdevfs_iso_packet_desc iso_frame_desc[0] ;
3127	};		3127	};
3128	struct vki_usbdevfs_ioctl {		3128	struct vki_usbdevfs_ioctl {
3129	int ifno ;		3129	int ifno ;
3130	int ioctl_code ;		3130	int ioctl_code ;
3131	void *data ;		3131	void *data ;
3132	};		3132	};
3133	struct vki_usbdevfs_setuppacket {		3133	struct vki_usbdevfs_setuppacket {
3134	__vki_u8 bRequestType ;		3134	__vki_u8 bRequestType ;
3135	__vki_u8 bRequest ;		3135	__vki_u8 bRequest ;
3136	__vki_u16 wValue ;		3136	__vki_u16 wValue ;
3137	__vki_u16 wIndex ;		3137	__vki_u16 wIndex ;
3138	__vki_u16 wLength ;		3138	__vki_u16 wLength ;
3139	};		3139	};
3140	struct vki_i2c_msg {		3140	struct vki_i2c_msg {
3141	__vki_u16 addr ;		3141	__vki_u16 addr ;
3142	__vki_u16 flags ;		3142	__vki_u16 flags ;
3143	__vki_u16 len ;		3143	__vki_u16 len ;
3144	__vki_u8 *buf ;		3144	__vki_u8 *buf ;
3145	};		3145	};
3146	struct vki_i2c_rdwr_ioctl_data {		3146	struct vki_i2c_rdwr_ioctl_data {
3147	struct vki_i2c_msg *msgs ;		3147	struct vki_i2c_msg *msgs ;
3148	__vki_u32 nmsgs ;		3148	__vki_u32 nmsgs ;
3149	};		3149	};
3150	typedef vki_int32_t vki_key_serial_t;		3150	typedef vki_int32_t vki_key_serial_t;
3151	typedef vki_uint32_t vki_key_perm_t;		3151	typedef vki_uint32_t vki_key_perm_t;
3152	struct vki_iw_param {		3152	struct vki_iw_param {
3153	__vki_s32 value ;		3153	__vki_s32 value ;
3154	__vki_u8 fixed ;		3154	__vki_u8 fixed ;
3155	__vki_u8 disabled ;		3155	__vki_u8 disabled ;
3156	__vki_u16 flags ;		3156	__vki_u16 flags ;
3157	};		3157	};
3158	struct vki_iw_point {		3158	struct vki_iw_point {
3159	void *pointer ;		3159	void *pointer ;
3160	__vki_u16 length ;		3160	__vki_u16 length ;
3161	__vki_u16 flags ;		3161	__vki_u16 flags ;
3162	};		3162	};
3163	struct vki_iw_freq {		3163	struct vki_iw_freq {
3164	__vki_s32 m ;		3164	__vki_s32 m ;
3165	__vki_s16 e ;		3165	__vki_s16 e ;
3166	__vki_u8 i ;		3166	__vki_u8 i ;
3167	__vki_u8 flags ;		3167	__vki_u8 flags ;
3168	};		3168	};
3169	struct vki_iw_quality {		3169	struct vki_iw_quality {
3170	__vki_u8 qual ;		3170	__vki_u8 qual ;
3171	__vki_u8 level ;		3171	__vki_u8 level ;
3172	__vki_u8 noise ;		3172	__vki_u8 noise ;
3173	__vki_u8 updated ;		3173	__vki_u8 updated ;
3174	};		3174	};
3175	union vki_iwreq_data {		3175	union vki_iwreq_data {
3176	char name[16] ;		3176	char name[16] ;
3177	struct vki_iw_point essid ;		3177	struct vki_iw_point essid ;
3178	struct vki_iw_param nwid ;		3178	struct vki_iw_param nwid ;
3179	struct vki_iw_freq freq ;		3179	struct vki_iw_freq freq ;
3180	struct vki_iw_param sens ;		3180	struct vki_iw_param sens ;
3181	struct vki_iw_param bitrate ;		3181	struct vki_iw_param bitrate ;
3182	struct vki_iw_param txpower ;		3182	struct vki_iw_param txpower ;
3183	struct vki_iw_param rts ;		3183	struct vki_iw_param rts ;
3184	struct vki_iw_param frag ;		3184	struct vki_iw_param frag ;
3185	__vki_u32 mode ;		3185	__vki_u32 mode ;
3186	struct vki_iw_param retry ;		3186	struct vki_iw_param retry ;
3187	struct vki_iw_point encoding ;		3187	struct vki_iw_point encoding ;
3188	struct vki_iw_param power ;		3188	struct vki_iw_param power ;
3189	struct vki_iw_quality qual ;		3189	struct vki_iw_quality qual ;
3190	struct vki_sockaddr ap_addr ;		3190	struct vki_sockaddr ap_addr ;
3191	struct vki_sockaddr addr ;		3191	struct vki_sockaddr addr ;
3192	struct vki_iw_param param ;		3192	struct vki_iw_param param ;
3193	struct vki_iw_point data ;		3193	struct vki_iw_point data ;
3194	};		3194	};
3195	union __anonunion_ifr_ifrn_119 {		3195	union __anonunion_ifr_ifrn_119 {
3196	char ifrn_name[16] ;		3196	char ifrn_name[16] ;
3197	};		3197	};
3198	struct vki_iwreq {		3198	struct vki_iwreq {
3199	union __anonunion_ifr_ifrn_119 ifr_ifrn ;		3199	union __anonunion_ifr_ifrn_119 ifr_ifrn ;
3200	union vki_iwreq_data u ;		3200	union vki_iwreq_data u ;
3201	};		3201	};
3202	union __anonunion____missing_field_name_120 {		3202	union __anonunion____missing_field_name_120 {
3203	__vki_u64 sample_period ;		3203	__vki_u64 sample_period ;
3204	__vki_u64 sample_freq ;		3204	__vki_u64 sample_freq ;
3205	};		3205	};
3206	union __anonunion____missing_field_name_121 {		3206	union __anonunion____missing_field_name_121 {
3207	__vki_u32 wakeup_events ;		3207	__vki_u32 wakeup_events ;
3208	__vki_u32 wakeup_watermark ;		3208	__vki_u32 wakeup_watermark ;
3209	};		3209	};
3210	union __anonunion____missing_field_name_122 {		3210	union __anonunion____missing_field_name_122 {
3211	__vki_u64 bp_addr ;		3211	__vki_u64 bp_addr ;
3212	__vki_u64 config1 ;		3212	__vki_u64 config1 ;
3213	};		3213	};
3214	union __anonunion____missing_field_name_123 {		3214	union __anonunion____missing_field_name_123 {
3215	__vki_u64 bp_len ;		3215	__vki_u64 bp_len ;
3216	__vki_u64 config2 ;		3216	__vki_u64 config2 ;
3217	};		3217	};
3218	struct vki_perf_event_attr {		3218	struct vki_perf_event_attr {
3219	__vki_u32 type ;		3219	__vki_u32 type ;
3220	__vki_u32 size ;		3220	__vki_u32 size ;
3221	__vki_u64 config ;		3221	__vki_u64 config ;
3222	union __anonunion____missing_field_name_120 __annonCompField1 ;		3222	union __anonunion____missing_field_name_120 __annonCompField1 ;
3223	__vki_u64 sample_type ;		3223	__vki_u64 sample_type ;
3224	__vki_u64 read_format ;		3224	__vki_u64 read_format ;
3225	__vki_u64 disabled : 1 ;		3225	__vki_u64 disabled : 1 ;
3226	__vki_u64 inherit : 1 ;		3226	__vki_u64 inherit : 1 ;
3227	__vki_u64 pinned : 1 ;		3227	__vki_u64 pinned : 1 ;
3228	__vki_u64 exclusive : 1 ;		3228	__vki_u64 exclusive : 1 ;
3229	__vki_u64 exclude_user : 1 ;		3229	__vki_u64 exclude_user : 1 ;
3230	__vki_u64 exclude_kernel : 1 ;		3230	__vki_u64 exclude_kernel : 1 ;
3231	__vki_u64 exclude_hv : 1 ;		3231	__vki_u64 exclude_hv : 1 ;
3232	__vki_u64 exclude_idle : 1 ;		3232	__vki_u64 exclude_idle : 1 ;
3233	__vki_u64 mmap : 1 ;		3233	__vki_u64 mmap : 1 ;
3234	__vki_u64 comm : 1 ;		3234	__vki_u64 comm : 1 ;
3235	__vki_u64 freq : 1 ;		3235	__vki_u64 freq : 1 ;
3236	__vki_u64 inherit_stat : 1 ;		3236	__vki_u64 inherit_stat : 1 ;
3237	__vki_u64 enable_on_exec : 1 ;		3237	__vki_u64 enable_on_exec : 1 ;
3238	__vki_u64 task : 1 ;		3238	__vki_u64 task : 1 ;
3239	__vki_u64 watermark : 1 ;		3239	__vki_u64 watermark : 1 ;
3240	__vki_u64 precise_ip : 2 ;		3240	__vki_u64 precise_ip : 2 ;
3241	__vki_u64 mmap_data : 1 ;		3241	__vki_u64 mmap_data : 1 ;
3242	__vki_u64 sample_id_all : 1 ;		3242	__vki_u64 sample_id_all : 1 ;
3243	__vki_u64 __reserved_1 : 45 ;		3243	__vki_u64 __reserved_1 : 45 ;
3244	union __anonunion____missing_field_name_121 __annonCompField2 ;		3244	union __anonunion____missing_field_name_121 __annonCompField2 ;
3245	__vki_u32 bp_type ;		3245	__vki_u32 bp_type ;
3246	union __anonunion____missing_field_name_122 __annonCompField3 ;		3246	union __anonunion____missing_field_name_122 __annonCompField3 ;
3247	union __anonunion____missing_field_name_123 __annonCompField4 ;		3247	union __anonunion____missing_field_name_123 __annonCompField4 ;
3248	};		3248	};
3249	struct vki_getcpu_cache {		3249	struct vki_getcpu_cache {
3250	unsigned long blob[128U / sizeof(long )] ;		3250	unsigned long blob[128U / sizeof(long )] ;
3251	};		3251	};
3252	struct __anonstruct_vki_bdaddr_t_124 {		3252	struct __anonstruct_vki_bdaddr_t_124 {
3253	__vki_u8 b[6] ;		3253	__vki_u8 b[6] ;
3254	} __attribute__((__packed__)) ;		3254	} __attribute__((__packed__)) ;
3255	typedef struct __anonstruct_vki_bdaddr_t_124 vki_bdaddr_t;		3255	typedef struct __anonstruct_vki_bdaddr_t_124 vki_bdaddr_t;
3256	struct vki_inquiry_info {		3256	struct vki_inquiry_info {
3257	vki_bdaddr_t bdaddr ;		3257	vki_bdaddr_t bdaddr ;
3258	__vki_u8 pscan_rep_mode ;		3258	__vki_u8 pscan_rep_mode ;
3259	__vki_u8 pscan_period_mode ;		3259	__vki_u8 pscan_period_mode ;
3260	__vki_u8 pscan_mode ;		3260	__vki_u8 pscan_mode ;
3261	__vki_u8 dev_class[3] ;		3261	__vki_u8 dev_class[3] ;
3262	__vki_le16 clock_offset ;		3262	__vki_le16 clock_offset ;
3263	} __attribute__((__packed__)) ;		3263	} __attribute__((__packed__)) ;
3264	struct vki_hci_inquiry_req {		3264	struct vki_hci_inquiry_req {
3265	__vki_u16 dev_id ;		3265	__vki_u16 dev_id ;
3266	__vki_u16 flags ;		3266	__vki_u16 flags ;
3267	__vki_u8 lap[3] ;		3267	__vki_u8 lap[3] ;
3268	__vki_u8 length ;		3268	__vki_u8 length ;
3269	__vki_u8 num_rsp ;		3269	__vki_u8 num_rsp ;
3270	};		3270	};
3271	typedef void (*vg_atfork_t)(ThreadId  );		3271	typedef void (*vg_atfork_t)(ThreadId  );
3272	__inline static Bool toBool(Int x )		3272	__inline static Bool toBool(Int x )
3273	{		3273	{
3274	Int r ;		3274	Int r ;
3275	int tmp ;		3275	int tmp ;
3276			3276
3277	{		3277	{
3278	if (x == 0) {		3278	if (x == 0) {
3279	tmp = (int )((Bool )0);		3279	tmp = (int )((Bool )0);
3280	} else {		3280	} else {
3281	tmp = (int )((Bool )1);		3281	tmp = (int )((Bool )1);
3282	}		3282	}
3283	r = tmp;		3283	r = tmp;
3284	return ((Bool )r);		3284	return ((Bool )r);
3285	}		3285	}
3286	}		3286	}
3287	__inline static UChar toUChar(Int x )		3287	__inline static UChar toUChar(Int x )
3288	{		3288	{
3289			3289
3290			3290
3291	{		3291	{
3292	x &= 255;		3292	x &= 255;
3293	return ((UChar )x);		3293	return ((UChar )x);
3294	}		3294	}
3295	}		3295	}
3296	__inline static HChar toHChar(Int x )		3296	__inline static HChar toHChar(Int x )
3297	{		3297	{
3298			3298
3299			3299
3300	{		3300	{
3301	x &= 255;		3301	x &= 255;
3302	return ((HChar )x);		3302	return ((HChar )x);
3303	}		3303	}
3304	}		3304	}
3305	__inline static UShort toUShort(Int x )		3305	__inline static UShort toUShort(Int x )
3306	{		3306	{
3307			3307
3308			3308
3309	{		3309	{
3310	x &= 65535;		3310	x &= 65535;
3311	return ((UShort )x);		3311	return ((UShort )x);
3312	}		3312	}
3313	}		3313	}
3314	__inline static Short toShort(Int x )		3314	__inline static Short toShort(Int x )
3315	{		3315	{
3316			3316
3317			3317
3318	{		3318	{
3319	x &= 65535;		3319	x &= 65535;
3320	return ((Short )x);		3320	return ((Short )x);
3321	}		3321	}
3322	}		3322	}
3323	__inline static UInt toUInt(Long x )		3323	__inline static UInt toUInt(Long x )
3324	{		3324	{
3325			3325
3326			3326
3327	{		3327	{
3328	x &= 4294967295LL;		3328	x &= 4294967295LL;
3329	return ((UInt )x);		3329	return ((UInt )x);
3330	}		3330	}
3331	}		3331	}
3332	__inline static ULong Ptr_to_ULong(void *p )		3332	__inline static ULong Ptr_to_ULong(void *p )
3333	{		3333	{
3334	UInt w ;		3334	UInt w ;
3335			3335
3336	{		3336	{
3337	w = (UInt )p;		3337	w = (UInt )p;
3338	return ((ULong )w);		3338	return ((ULong )w);
3339	}		3339	}
3340	}		3340	}
3341	__inline static void *ULong_to_Ptr(ULong n )		3341	__inline static void *ULong_to_Ptr(ULong n )
3342	{		3342	{
3343	UInt w ;		3343	UInt w ;
3344			3344
3345	{		3345	{
3346	w = (UInt )n;		3346	w = (UInt )n;
3347	return ((void *)w);		3347	return ((void *)w);
3348	}		3348	}
3349	}		3349	}
3350	__inline static Bool sr_isError(SysRes sr )		3350	__inline static Bool sr_isError(SysRes sr )
3351	{		3351	{
3352			3352
3353			3353
3354	{		3354	{
3355	return (sr._isError);		3355	return (sr._isError);
3356	}		3356	}
3357	}		3357	}
3358	__inline static UWord sr_Res(SysRes sr )		3358	__inline static UWord sr_Res(SysRes sr )
3359	{		3359	{
3360	UWord tmp ;		3360	UWord tmp ;
3361			3361
3362	{		3362	{
3363	if (sr._isError) {		3363	if (sr._isError) {
3364	tmp = (UWord )0;		3364	tmp = (UWord )0;
3365	} else {		3365	} else {
3366	tmp = sr._val;		3366	tmp = sr._val;
3367	}		3367	}
3368	return (tmp);		3368	return (tmp);
3369	}		3369	}
3370	}		3370	}
3371	__inline static UWord sr_ResHI(SysRes sr )		3371	__inline static UWord sr_ResHI(SysRes sr )
3372	{		3372	{
3373			3373
3374			3374
3375	{		3375	{
3376	return ((UWord )0);		3376	return ((UWord )0);
3377	}		3377	}
3378	}		3378	}
3379	__inline static UWord sr_Err(SysRes sr )		3379	__inline static UWord sr_Err(SysRes sr )
3380	{		3380	{
3381	UWord tmp ;		3381	UWord tmp ;
3382			3382
3383	{		3383	{
3384	if (sr._isError) {		3384	if (sr._isError) {
3385	tmp = sr._val;		3385	tmp = sr._val;
3386	} else {		3386	} else {
3387	tmp = (UWord )0;		3387	tmp = (UWord )0;
3388	}		3388	}
3389	return (tmp);		3389	return (tmp);
3390	}		3390	}
3391	}		3391	}
3392	__inline static Bool sr_EQ(SysRes sr1 , SysRes sr2 )		3392	__inline static Bool sr_EQ(SysRes sr1 , SysRes sr2 )
3393	{		3393	{
3394	int tmp ;		3394	int tmp ;
3395			3395
3396	{		3396	{
3397	if (sr1._val == sr2._val) {		3397	if (sr1._val == sr2._val) {
3398	if (sr1._isError) {		3398	if (sr1._isError) {
3399	if (sr2._isError) {		3399	if (sr2._isError) {
3400	tmp = 1;		3400	tmp = 1;
3401	} else {		3401	} else {
3402	goto _L;		3402	goto _L;
3403	}		3403	}
3404	} else		3404	} else
3405	_L: /* CIL Label */		3405	_L: /* CIL Label */
3406	if (! sr1._isError) {		3406	if (! sr1._isError) {
3407	if (! sr2._isError) {		3407	if (! sr2._isError) {
3408	tmp = 1;		3408	tmp = 1;
3409	} else {		3409	} else {
3410	tmp = 0;		3410	tmp = 0;
3411	}		3411	}
3412	} else {		3412	} else {
3413	tmp = 0;		3413	tmp = 0;
3414	}		3414	}
3415	} else {		3415	} else {
3416	tmp = 0;		3416	tmp = 0;
3417	}		3417	}
3418	return ((Bool )tmp);		3418	return ((Bool )tmp);
3419	}		3419	}
3420	}		3420	}
3421	extern OSet *vgPlain_OSetWord_Create(void *(*alloc)(HChar *cc , SizeT szB ) ,		3421	extern OSet *vgPlain_OSetWord_Create(void *(*alloc)(HChar *cc , SizeT szB ) ,
3422	HChar *cc , void (*_free)(void *p ) ) ;		3422	HChar *cc , void (*_free)(void *p ) ) ;
3423	extern void vgPlain_OSetWord_Destroy(OSet *os ) ;		3423	extern void vgPlain_OSetWord_Destroy(OSet *os ) ;
3424	extern Word vgPlain_OSetWord_Size(OSet *os ) ;		3424	extern Word vgPlain_OSetWord_Size(OSet *os ) ;
3425	extern void vgPlain_OSetWord_Insert(OSet *os , UWord val ) ;		3425	extern void vgPlain_OSetWord_Insert(OSet *os , UWord val ) ;
3426	extern Bool vgPlain_OSetWord_Contains(OSet *os , UWord val ) ;		3426	extern Bool vgPlain_OSetWord_Contains(OSet *os , UWord val ) ;
3427	extern Bool vgPlain_OSetWord_Remove(OSet *os , UWord val ) ;		3427	extern Bool vgPlain_OSetWord_Remove(OSet *os , UWord val ) ;
3428	extern void vgPlain_OSetWord_ResetIter(OSet *os ) ;		3428	extern void vgPlain_OSetWord_ResetIter(OSet *os ) ;
3429	extern Bool vgPlain_OSetWord_Next(OSet *os , UWord *val ) ;		3429	extern Bool vgPlain_OSetWord_Next(OSet *os , UWord *val ) ;
3430	extern OSet *vgPlain_OSetGen_Create(PtrdiffT keyOff ,		3430	extern OSet *vgPlain_OSetGen_Create(PtrdiffT keyOff ,
3431	Word (*cmp)(void const   *key ,		3431	Word (*cmp)(void const   *key ,
3432	void const   *elem ) ,		3432	void const   *elem ) ,
3433	void *(*alloc)(HChar *cc , SizeT szB ) ,		3433	void *(*alloc)(HChar *cc , SizeT szB ) ,
3434	HChar *cc , void (*_free)(void *p ) ) ;		3434	HChar *cc , void (*_free)(void *p ) ) ;
3435	extern OSet *vgPlain_OSetGen_Create_With_Pool(PtrdiffT keyOff ,		3435	extern OSet *vgPlain_OSetGen_Create_With_Pool(PtrdiffT keyOff ,
3436	Word (*cmp)(void const   *key ,		3436	Word (*cmp)(void const   *key ,
3437	void const   *elem ) ,		3437	void const   *elem ) ,
3438	void *(*alloc)(HChar *cc ,		3438	void *(*alloc)(HChar *cc ,
3439	SizeT szB ) ,		3439	SizeT szB ) ,
3440	HChar *cc ,		3440	HChar *cc ,
3441	void (*_free)(void *p ) ,		3441	void (*_free)(void *p ) ,
3442	SizeT poolSize , SizeT maxEltSize ) ;		3442	SizeT poolSize , SizeT maxEltSize ) ;
3443	extern void vgPlain_OSetGen_Destroy(OSet *os ) ;		3443	extern void vgPlain_OSetGen_Destroy(OSet *os ) ;
3444	extern void *vgPlain_OSetGen_AllocNode(OSet *os , SizeT elemSize ) ;		3444	extern void *vgPlain_OSetGen_AllocNode(OSet *os , SizeT elemSize ) ;
3445	extern void vgPlain_OSetGen_FreeNode(OSet *os , void *elem ) ;		3445	extern void vgPlain_OSetGen_FreeNode(OSet *os , void *elem ) ;
3446	extern OSet *vgPlain_OSetGen_EmptyClone(OSet *os ) ;		3446	extern OSet *vgPlain_OSetGen_EmptyClone(OSet *os ) ;
3447	extern Word vgPlain_OSetGen_Size(OSet const   *os ) ;		3447	extern Word vgPlain_OSetGen_Size(OSet const   *os ) ;
3448	extern void vgPlain_OSetGen_Insert(OSet *os , void *elem ) ;		3448	extern void vgPlain_OSetGen_Insert(OSet *os , void *elem ) ;
3449	extern Bool vgPlain_OSetGen_Contains(OSet const   *os , void const   *key ) ;		3449	extern Bool vgPlain_OSetGen_Contains(OSet const   *os , void const   *key ) ;
3450	extern void *vgPlain_OSetGen_Lookup(OSet const   *os , void const   *key ) ;		3450	extern void *vgPlain_OSetGen_Lookup(OSet const   *os , void const   *key ) ;
3451	extern void *vgPlain_OSetGen_LookupWithCmp(OSet *os , void const   *key ,		3451	extern void *vgPlain_OSetGen_LookupWithCmp(OSet *os , void const   *key ,
3452	Word (*cmp)(void const   *key ,		3452	Word (*cmp)(void const   *key ,
3453	void const   *elem ) ) ;		3453	void const   *elem ) ) ;
3454	extern void *vgPlain_OSetGen_Remove(OSet *os , void const   *key ) ;		3454	extern void *vgPlain_OSetGen_Remove(OSet *os , void const   *key ) ;
3455	extern void vgPlain_OSetGen_ResetIter(OSet *os ) ;		3455	extern void vgPlain_OSetGen_ResetIter(OSet *os ) ;
3456	extern void vgPlain_OSetGen_ResetIterAt(OSet *os , void const   *key ) ;		3456	extern void vgPlain_OSetGen_ResetIterAt(OSet *os , void const   *key ) ;
3457	extern void *vgPlain_OSetGen_Next(OSet *os ) ;		3457	extern void *vgPlain_OSetGen_Next(OSet *os ) ;
3458	void vgDrd_bm_module_init(void) ;		3458	void vgDrd_bm_module_init(void) ;
3459	void vgDrd_bm_module_cleanup(void) ;		3459	void vgDrd_bm_module_cleanup(void) ;
3460	struct bitmap *vgDrd_bm_new(void) ;		3460	struct bitmap *vgDrd_bm_new(void) ;
3461	void vgDrd_bm_delete(struct bitmap * const  bm ) ;		3461	void vgDrd_bm_delete(struct bitmap * const  bm ) ;
3462	void vgDrd_bm_init(struct bitmap * const  bm ) ;		3462	void vgDrd_bm_init(struct bitmap * const  bm ) ;
3463	void vgDrd_bm_cleanup(struct bitmap * const  bm ) ;		3463	void vgDrd_bm_cleanup(struct bitmap * const  bm ) ;
3464	void vgDrd_bm_access_range(struct bitmap * const  bm , Addr const   a1 ,		3464	void vgDrd_bm_access_range(struct bitmap * const  bm , Addr const   a1 ,
3465	Addr const   a2 , BmAccessTypeT const   access_type ) ;		3465	Addr const   a2 , BmAccessTypeT const   access_type ) ;
3466	void vgDrd_bm_access_range_load(struct bitmap * const  bm , Addr const   a1 ,		3466	void vgDrd_bm_access_range_load(struct bitmap * const  bm , Addr const   a1 ,
3467	Addr const   a2 ) ;		3467	Addr const   a2 ) ;
3468	void vgDrd_bm_access_load_1(struct bitmap * const  bm , Addr const   a1 ) ;		3468	void vgDrd_bm_access_load_1(struct bitmap * const  bm , Addr const   a1 ) ;
3469	void vgDrd_bm_access_load_2(struct bitmap * const  bm , Addr const   a1 ) ;		3469	void vgDrd_bm_access_load_2(struct bitmap * const  bm , Addr const   a1 ) ;
3470	void vgDrd_bm_access_load_4(struct bitmap * const  bm , Addr const   a1 ) ;		3470	void vgDrd_bm_access_load_4(struct bitmap * const  bm , Addr const   a1 ) ;
3471	void vgDrd_bm_access_load_8(struct bitmap * const  bm , Addr const   a1 ) ;		3471	void vgDrd_bm_access_load_8(struct bitmap * const  bm , Addr const   a1 ) ;
3472	void vgDrd_bm_access_range_store(struct bitmap * const  bm , Addr const   a1 ,		3472	void vgDrd_bm_access_range_store(struct bitmap * const  bm , Addr const   a1 ,
3473	Addr const   a2 ) ;		3473	Addr const   a2 ) ;
3474	void vgDrd_bm_access_store_1(struct bitmap * const  bm , Addr const   a1 ) ;		3474	void vgDrd_bm_access_store_1(struct bitmap * const  bm , Addr const   a1 ) ;
3475	void vgDrd_bm_access_store_2(struct bitmap * const  bm , Addr const   a1 ) ;		3475	void vgDrd_bm_access_store_2(struct bitmap * const  bm , Addr const   a1 ) ;
3476	void vgDrd_bm_access_store_4(struct bitmap * const  bm , Addr const   a1 ) ;		3476	void vgDrd_bm_access_store_4(struct bitmap * const  bm , Addr const   a1 ) ;
3477	void vgDrd_bm_access_store_8(struct bitmap * const  bm , Addr const   a1 ) ;		3477	void vgDrd_bm_access_store_8(struct bitmap * const  bm , Addr const   a1 ) ;
3478	Bool vgDrd_bm_has(struct bitmap * const  bm , Addr const   a1 ,		3478	Bool vgDrd_bm_has(struct bitmap * const  bm , Addr const   a1 ,
3479	Addr const   a2 , BmAccessTypeT const   access_type ) ;		3479	Addr const   a2 , BmAccessTypeT const   access_type ) ;
3480	Bool vgDrd_bm_has_any_load_g(struct bitmap * const  bm ) ;		3480	Bool vgDrd_bm_has_any_load_g(struct bitmap * const  bm ) ;
3481	Bool vgDrd_bm_has_any_load(struct bitmap * const  bm , Addr const   a1 ,		3481	Bool vgDrd_bm_has_any_load(struct bitmap * const  bm , Addr const   a1 ,
3482	Addr const   a2 ) ;		3482	Addr const   a2 ) ;
3483	Bool vgDrd_bm_has_any_store(struct bitmap * const  bm , Addr const   a1 ,		3483	Bool vgDrd_bm_has_any_store(struct bitmap * const  bm , Addr const   a1 ,
3484	Addr const   a2 ) ;		3484	Addr const   a2 ) ;
3485	Bool vgDrd_bm_has_any_access(struct bitmap * const  bm , Addr const   a1 ,		3485	Bool vgDrd_bm_has_any_access(struct bitmap * const  bm , Addr const   a1 ,
3486	Addr const   a2 ) ;		3486	Addr const   a2 ) ;
3487	Bool vgDrd_bm_has_1(struct bitmap * const  bm , Addr const   a ,		3487	Bool vgDrd_bm_has_1(struct bitmap * const  bm , Addr const   a ,
3488	BmAccessTypeT const   access_type ) ;		3488	BmAccessTypeT const   access_type ) ;
3489	void vgDrd_bm_clear(struct bitmap * const  bm , Addr const   a1 ,		3489	void vgDrd_bm_clear(struct bitmap * const  bm , Addr const   a1 ,
3490	Addr const   a2 ) ;		3490	Addr const   a2 ) ;
3491	void vgDrd_bm_clear_load(struct bitmap * const  bm , Addr const   a1 ,		3491	void vgDrd_bm_clear_load(struct bitmap * const  bm , Addr const   a1 ,
3492	Addr const   a2 ) ;		3492	Addr const   a2 ) ;
3493	void vgDrd_bm_clear_store(struct bitmap * const  bm , Addr const   a1 ,		3493	void vgDrd_bm_clear_store(struct bitmap * const  bm , Addr const   a1 ,
3494	Addr const   a2 ) ;		3494	Addr const   a2 ) ;
3495	Bool vgDrd_bm_test_and_clear(struct bitmap * const  bm , Addr const   a1 ,		3495	Bool vgDrd_bm_test_and_clear(struct bitmap * const  bm , Addr const   a1 ,
3496	Addr const   a2 ) ;		3496	Addr const   a2 ) ;
3497	Bool vgDrd_bm_has_conflict_with(struct bitmap * const  bm , Addr const   a1 ,		3497	Bool vgDrd_bm_has_conflict_with(struct bitmap * const  bm , Addr const   a1 ,
3498	Addr const   a2 ,		3498	Addr const   a2 ,
3499	BmAccessTypeT const   access_type ) ;		3499	BmAccessTypeT const   access_type ) ;
3500	Bool vgDrd_bm_load_1_has_conflict_with(struct bitmap * const  bm ,		3500	Bool vgDrd_bm_load_1_has_conflict_with(struct bitmap * const  bm ,
3501	Addr const   a1 ) ;		3501	Addr const   a1 ) ;
3502	Bool vgDrd_bm_load_2_has_conflict_with(struct bitmap * const  bm ,		3502	Bool vgDrd_bm_load_2_has_conflict_with(struct bitmap * const  bm ,
3503	Addr const   a1 ) ;		3503	Addr const   a1 ) ;
3504	Bool vgDrd_bm_load_4_has_conflict_with(struct bitmap * const  bm ,		3504	Bool vgDrd_bm_load_4_has_conflict_with(struct bitmap * const  bm ,
3505	Addr const   a1 ) ;		3505	Addr const   a1 ) ;
3506	Bool vgDrd_bm_load_8_has_conflict_with(struct bitmap * const  bm ,		3506	Bool vgDrd_bm_load_8_has_conflict_with(struct bitmap * const  bm ,
3507	Addr const   a1 ) ;		3507	Addr const   a1 ) ;
3508	Bool vgDrd_bm_load_has_conflict_with(struct bitmap * const  bm ,		3508	Bool vgDrd_bm_load_has_conflict_with(struct bitmap * const  bm ,
3509	Addr const   a1 , Addr const   a2 ) ;		3509	Addr const   a1 , Addr const   a2 ) ;
3510	Bool vgDrd_bm_store_1_has_conflict_with(struct bitmap * const  bm ,		3510	Bool vgDrd_bm_store_1_has_conflict_with(struct bitmap * const  bm ,
3511	Addr const   a1 ) ;		3511	Addr const   a1 ) ;
3512	Bool vgDrd_bm_store_2_has_conflict_with(struct bitmap * const  bm ,		3512	Bool vgDrd_bm_store_2_has_conflict_with(struct bitmap * const  bm ,
3513	Addr const   a1 ) ;		3513	Addr const   a1 ) ;
3514	Bool vgDrd_bm_store_4_has_conflict_with(struct bitmap * const  bm ,		3514	Bool vgDrd_bm_store_4_has_conflict_with(struct bitmap * const  bm ,
3515	Addr const   a1 ) ;		3515	Addr const   a1 ) ;
3516	Bool vgDrd_bm_store_8_has_conflict_with(struct bitmap * const  bm ,		3516	Bool vgDrd_bm_store_8_has_conflict_with(struct bitmap * const  bm ,
3517	Addr const   a1 ) ;		3517	Addr const   a1 ) ;
3518	Bool vgDrd_bm_store_has_conflict_with(struct bitmap * const  bm ,		3518	Bool vgDrd_bm_store_has_conflict_with(struct bitmap * const  bm ,
3519	Addr const   a1 , Addr const   a2 ) ;		3519	Addr const   a1 , Addr const   a2 ) ;
3520	Bool vgDrd_bm_equal(struct bitmap * const  lhs , struct bitmap * const  rhs ) ;		3520	Bool vgDrd_bm_equal(struct bitmap * const  lhs , struct bitmap * const  rhs ) ;
3521	void vgDrd_bm_swap(struct bitmap * const  bm1 , struct bitmap * const  bm2 ) ;		3521	void vgDrd_bm_swap(struct bitmap * const  bm1 , struct bitmap * const  bm2 ) ;
3522	void vgDrd_bm_merge2(struct bitmap * const  lhs , struct bitmap * const  rhs ) ;		3522	void vgDrd_bm_merge2(struct bitmap * const  lhs , struct bitmap * const  rhs ) ;
3523	void vgDrd_bm_unmark(struct bitmap *bm ) ;		3523	void vgDrd_bm_unmark(struct bitmap *bm ) ;
3524	Bool vgDrd_bm_is_marked(struct bitmap *bm , Addr const   a ) ;		3524	Bool vgDrd_bm_is_marked(struct bitmap *bm , Addr const   a ) ;
3525	void vgDrd_bm_mark(struct bitmap *bml , struct bitmap *bmr ) ;		3525	void vgDrd_bm_mark(struct bitmap *bml , struct bitmap *bmr ) ;
3526	void vgDrd_bm_clear_marked(struct bitmap *bm ) ;		3526	void vgDrd_bm_clear_marked(struct bitmap *bm ) ;
3527	void vgDrd_bm_merge2_marked(struct bitmap * const  lhs ,		3527	void vgDrd_bm_merge2_marked(struct bitmap * const  lhs ,
3528	struct bitmap * const  rhs ) ;		3528	struct bitmap * const  rhs ) ;
3529	void vgDrd_bm_remove_cleared_marked(struct bitmap *bm ) ;		3529	void vgDrd_bm_remove_cleared_marked(struct bitmap *bm ) ;
3530	int vgDrd_bm_has_races(struct bitmap * const  lhs , struct bitmap * const  rhs ) ;		3530	int vgDrd_bm_has_races(struct bitmap * const  lhs , struct bitmap * const  rhs ) ;
3531	extern void vgDrd_bm_report_races(ThreadId const   tid1 ,		3531	extern void vgDrd_bm_report_races(ThreadId const   tid1 ,
3532	ThreadId const   tid2 ,		3532	ThreadId const   tid2 ,
3533	struct bitmap * const  bm1 ,		3533	struct bitmap * const  bm1 ,
3534	struct bitmap * const  bm2 ) ;		3534	struct bitmap * const  bm2 ) ;
3535	void vgDrd_bm_print(struct bitmap * const  bm ) ;		3535	void vgDrd_bm_print(struct bitmap * const  bm ) ;
3536	ULong vgDrd_bm_get_bitmap_creation_count(void) ;		3536	ULong vgDrd_bm_get_bitmap_creation_count(void) ;
3537	ULong vgDrd_bm_get_bitmap2_creation_count(void) ;		3537	ULong vgDrd_bm_get_bitmap2_creation_count(void) ;
3538	ULong vgDrd_bm_get_bitmap2_merge_count(void) ;		3538	ULong vgDrd_bm_get_bitmap2_merge_count(void) ;
3539	extern Bool vgPlain_isspace(Char c ) ;		3539	extern Bool vgPlain_isspace(Char c ) ;
3540	extern Bool vgPlain_isdigit(Char c ) ;		3540	extern Bool vgPlain_isdigit(Char c ) ;
3541	extern Char vgPlain_tolower(Char c ) ;		3541	extern Char vgPlain_tolower(Char c ) ;
3542	extern Long vgPlain_strtoll10(Char *str , Char **endptr ) ;		3542	extern Long vgPlain_strtoll10(Char *str , Char **endptr ) ;
3543	extern Long vgPlain_strtoll16(Char *str , Char **endptr ) ;		3543	extern Long vgPlain_strtoll16(Char *str , Char **endptr ) ;
3544	extern ULong vgPlain_strtoull10(Char *str , Char **endptr ) ;		3544	extern ULong vgPlain_strtoull10(Char *str , Char **endptr ) ;
3545	extern ULong vgPlain_strtoull16(Char *str , Char **endptr ) ;		3545	extern ULong vgPlain_strtoull16(Char *str , Char **endptr ) ;
3546	extern double vgPlain_strtod(Char *str , Char **endptr ) ;		3546	extern double vgPlain_strtod(Char *str , Char **endptr ) ;
3547	extern SizeT vgPlain_strlen(Char const   *str ) ;		3547	extern SizeT vgPlain_strlen(Char const   *str ) ;
3548	extern Char *vgPlain_strcat(Char *dest , Char const   *src ) ;		3548	extern Char *vgPlain_strcat(Char *dest , Char const   *src ) ;
3549	extern Char *vgPlain_strncat(Char *dest , Char const   *src , SizeT n ) ;		3549	extern Char *vgPlain_strncat(Char *dest , Char const   *src , SizeT n ) ;
3550	extern Char *vgPlain_strpbrk(Char const   *s , Char const   *accpt ) ;		3550	extern Char *vgPlain_strpbrk(Char const   *s , Char const   *accpt ) ;
3551	extern Char *vgPlain_strcpy(Char *dest , Char const   *src ) ;		3551	extern Char *vgPlain_strcpy(Char *dest , Char const   *src ) ;
3552	extern Char *vgPlain_strncpy(Char *dest , Char const   *src , SizeT ndest ) ;		3552	extern Char *vgPlain_strncpy(Char *dest , Char const   *src , SizeT ndest ) ;
3553	extern Int vgPlain_strcmp(Char const   *s1 , Char const   *s2 ) ;		3553	extern Int vgPlain_strcmp(Char const   *s1 , Char const   *s2 ) ;
3554	extern Int vgPlain_strcasecmp(Char const   *s1 , Char const   *s2 ) ;		3554	extern Int vgPlain_strcasecmp(Char const   *s1 , Char const   *s2 ) ;
3555	extern Int vgPlain_strncmp(Char const   *s1 , Char const   *s2 , SizeT nmax ) ;		3555	extern Int vgPlain_strncmp(Char const   *s1 , Char const   *s2 , SizeT nmax ) ;
3556	extern Int vgPlain_strncasecmp(Char const   *s1 , Char const   *s2 , SizeT nmax ) ;		3556	extern Int vgPlain_strncasecmp(Char const   *s1 , Char const   *s2 , SizeT nmax ) ;
3557	extern Char *vgPlain_strstr(Char const   *haystack , Char *needle ) ;		3557	extern Char *vgPlain_strstr(Char const   *haystack , Char *needle ) ;
3558	extern Char *vgPlain_strcasestr(Char const   *haystack , Char *needle ) ;		3558	extern Char *vgPlain_strcasestr(Char const   *haystack , Char *needle ) ;
3559	extern Char *vgPlain_strchr(Char const   *s , Char c ) ;		3559	extern Char *vgPlain_strchr(Char const   *s , Char c ) ;
3560	extern Char *vgPlain_strrchr(Char const   *s , Char c ) ;		3560	extern Char *vgPlain_strrchr(Char const   *s , Char c ) ;
3561	extern SizeT vgPlain_strspn(Char const   *s , Char const   *accpt ) ;		3561	extern SizeT vgPlain_strspn(Char const   *s , Char const   *accpt ) ;
3562	extern SizeT vgPlain_strcspn(Char const   *s , char const   *reject ) ;		3562	extern SizeT vgPlain_strcspn(Char const   *s , char const   *reject ) ;
3563	extern Char *vgPlain_strtok_r(Char *s , Char const   *delim , Char **saveptr ) ;		3563	extern Char *vgPlain_strtok_r(Char *s , Char const   *delim , Char **saveptr ) ;
3564	extern Char *vgPlain_strtok(Char *s , Char const   *delim ) ;		3564	extern Char *vgPlain_strtok(Char *s , Char const   *delim ) ;
3565	extern Bool vgPlain_parse_Addr(UChar **ppc , Addr *result ) ;		3565	extern Bool vgPlain_parse_Addr(UChar **ppc , Addr *result ) ;
3566	extern void vgPlain_strncpy_safely(Char *dest , Char const   *src , SizeT ndest ) ;		3566	extern void vgPlain_strncpy_safely(Char *dest , Char const   *src , SizeT ndest ) ;
3567	extern void *vgPlain_memcpy(void *d , void const   *s , SizeT sz ) ;		3567	extern void *vgPlain_memcpy(void *d , void const   *s , SizeT sz ) ;
3568	extern void *vgPlain_memmove(void *d , void const   *s , SizeT sz ) ;		3568	extern void *vgPlain_memmove(void *d , void const   *s , SizeT sz ) ;
3569	extern void *vgPlain_memset(void *s , Int c , SizeT sz ) ;		3569	extern void *vgPlain_memset(void *s , Int c , SizeT sz ) ;
3570	extern Int vgPlain_memcmp(void const   *s1 , void const   *s2 , SizeT n ) ;		3570	extern Int vgPlain_memcmp(void const   *s1 , void const   *s2 , SizeT n ) ;
3571	__inline static void ( __attribute__((__always_inline__)) vgPlain_bzero_inline)(void *s ,		3571	__inline static void ( __attribute__((__always_inline__)) vgPlain_bzero_inline)(void *s ,
3572	SizeT sz )		3572	SizeT sz )
3573	{		3573	{
3574	UWord *p ;		3574	UWord *p ;
3575	UWord tmp ;		3575	UWord tmp ;
3576	UWord tmp___0 ;		3576	UWord tmp___0 ;
3577	UWord tmp___1 ;		3577	UWord tmp___1 ;
3578	UWord tmp___2 ;		3578	UWord tmp___2 ;
3579	UWord tmp___3 ;		3579	UWord tmp___3 ;
3580	UWord tmp___4 ;		3580	UWord tmp___4 ;
3581	UWord tmp___5 ;		3581	UWord tmp___5 ;
3582	UWord tmp___6 ;		3582	UWord tmp___6 ;
3583	UWord tmp___7 ;		3583	UWord tmp___7 ;
3584	UWord tmp___8 ;		3584	UWord tmp___8 ;
3585	UWord tmp___9 ;		3585	UWord tmp___9 ;
3586	UWord tmp___10 ;		3586	UWord tmp___10 ;
3587	UWord tmp___11 ;		3587	UWord tmp___11 ;
3588	UWord tmp___12 ;		3588	UWord tmp___12 ;
3589	UWord tmp___13 ;		3589	UWord tmp___13 ;
3590	UWord tmp___14 ;		3590	UWord tmp___14 ;
3591	UWord tmp___15 ;		3591	UWord tmp___15 ;
3592	UWord tmp___16 ;		3592	UWord tmp___16 ;
3593	UWord tmp___17 ;		3593	UWord tmp___17 ;
3594	UWord tmp___18 ;		3594	UWord tmp___18 ;
3595	UWord tmp___19 ;		3595	UWord tmp___19 ;
3596	UWord tmp___20 ;		3596	UWord tmp___20 ;
3597	UWord tmp___21 ;		3597	UWord tmp___21 ;
3598	UWord tmp___22 ;		3598	UWord tmp___22 ;
3599	UWord tmp___23 ;		3599	UWord tmp___23 ;
3600	UWord tmp___24 ;		3600	UWord tmp___24 ;
3601	UWord tmp___25 ;		3601	UWord tmp___25 ;
3602	UWord tmp___26 ;		3602	UWord tmp___26 ;
3603	long tmp___27 ;		3603	long tmp___27 ;
3604	long tmp___28 ;		3604	long tmp___28 ;
3605			3605
3606	{		3606	{
3607	tmp___27 = __builtin_expect((long )(! (! (0UL == (sz & (Addr )(sizeof(UWord ) - 1U))))),		3607	tmp___27 = __builtin_expect((long )(! (! (0UL == (sz & (Addr )(sizeof(UWord ) - 1U))))),
3608	1L);		3608	1L);
3609	if (tmp___27) {		3609	if (tmp___27) {
3610	tmp___28 = __builtin_expect((long )(! (! (0UL == ((Addr )s & (Addr )(sizeof(UWord ) - 1U))))),		3610	tmp___28 = __builtin_expect((long )(! (! (0UL == ((Addr )s & (Addr )(sizeof(UWord ) - 1U))))),
3611	1L);		3611	1L);
3612	if (tmp___28) {		3612	if (tmp___28) {
3613	p = (UWord *)s;		3613	p = (UWord *)s;
3614	switch (sz / (SizeT )sizeof(UWord )) {		3614	switch (sz / (SizeT )sizeof(UWord )) {
3615	case 8UL:		3615	case 8UL:
3616	tmp___5 = 0UL;		3616	tmp___5 = 0UL;
3617	*(p + 7) = tmp___5;		3617	*(p + 7) = tmp___5;
3618	tmp___4 = tmp___5;		3618	tmp___4 = tmp___5;
3619	*(p + 6) = tmp___4;		3619	*(p + 6) = tmp___4;
3620	tmp___3 = tmp___4;		3620	tmp___3 = tmp___4;
3621	*(p + 5) = tmp___3;		3621	*(p + 5) = tmp___3;
3622	tmp___2 = tmp___3;		3622	tmp___2 = tmp___3;
3623	*(p + 4) = tmp___2;		3623	*(p + 4) = tmp___2;
3624	tmp___1 = tmp___2;		3624	tmp___1 = tmp___2;
3625	*(p + 3) = tmp___1;		3625	*(p + 3) = tmp___1;
3626	tmp___0 = tmp___1;		3626	tmp___0 = tmp___1;
3627	*(p + 2) = tmp___0;		3627	*(p + 2) = tmp___0;
3628	tmp = tmp___0;		3628	tmp = tmp___0;
3629	*(p + 1) = tmp;		3629	*(p + 1) = tmp;
3630	*(p + 0) = tmp;		3630	*(p + 0) = tmp;
3631	return;		3631	return;
3632	case 7UL:		3632	case 7UL:
3633	tmp___11 = 0UL;		3633	tmp___11 = 0UL;
3634	*(p + 6) = tmp___11;		3634	*(p + 6) = tmp___11;
3635	tmp___10 = tmp___11;		3635	tmp___10 = tmp___11;
3636	*(p + 5) = tmp___10;		3636	*(p + 5) = tmp___10;
3637	tmp___9 = tmp___10;		3637	tmp___9 = tmp___10;
3638	*(p + 4) = tmp___9;		3638	*(p + 4) = tmp___9;
3639	tmp___8 = tmp___9;		3639	tmp___8 = tmp___9;
3640	*(p + 3) = tmp___8;		3640	*(p + 3) = tmp___8;
3641	tmp___7 = tmp___8;		3641	tmp___7 = tmp___8;
3642	*(p + 2) = tmp___7;		3642	*(p + 2) = tmp___7;
3643	tmp___6 = tmp___7;		3643	tmp___6 = tmp___7;
3644	*(p + 1) = tmp___6;		3644	*(p + 1) = tmp___6;
3645	*(p + 0) = tmp___6;		3645	*(p + 0) = tmp___6;
3646	return;		3646	return;
3647	case 6UL:		3647	case 6UL:
3648	tmp___16 = 0UL;		3648	tmp___16 = 0UL;
3649	*(p + 5) = tmp___16;		3649	*(p + 5) = tmp___16;
3650	tmp___15 = tmp___16;		3650	tmp___15 = tmp___16;
3651	*(p + 4) = tmp___15;		3651	*(p + 4) = tmp___15;
3652	tmp___14 = tmp___15;		3652	tmp___14 = tmp___15;
3653	*(p + 3) = tmp___14;		3653	*(p + 3) = tmp___14;
3654	tmp___13 = tmp___14;		3654	tmp___13 = tmp___14;
3655	*(p + 2) = tmp___13;		3655	*(p + 2) = tmp___13;
3656	tmp___12 = tmp___13;		3656	tmp___12 = tmp___13;
3657	*(p + 1) = tmp___12;		3657	*(p + 1) = tmp___12;
3658	*(p + 0) = tmp___12;		3658	*(p + 0) = tmp___12;
3659	return;		3659	return;
3660	case 5UL:		3660	case 5UL:
3661	tmp___20 = 0UL;		3661	tmp___20 = 0UL;
3662	*(p + 4) = tmp___20;		3662	*(p + 4) = tmp___20;
3663	tmp___19 = tmp___20;		3663	tmp___19 = tmp___20;
3664	*(p + 3) = tmp___19;		3664	*(p + 3) = tmp___19;
3665	tmp___18 = tmp___19;		3665	tmp___18 = tmp___19;
3666	*(p + 2) = tmp___18;		3666	*(p + 2) = tmp___18;
3667	tmp___17 = tmp___18;		3667	tmp___17 = tmp___18;
3668	*(p + 1) = tmp___17;		3668	*(p + 1) = tmp___17;
3669	*(p + 0) = tmp___17;		3669	*(p + 0) = tmp___17;
3670	return;		3670	return;
3671	case 4UL:		3671	case 4UL:
3672	tmp___23 = 0UL;		3672	tmp___23 = 0UL;
3673	*(p + 3) = tmp___23;		3673	*(p + 3) = tmp___23;
3674	tmp___22 = tmp___23;		3674	tmp___22 = tmp___23;
3675	*(p + 2) = tmp___22;		3675	*(p + 2) = tmp___22;
3676	tmp___21 = tmp___22;		3676	tmp___21 = tmp___22;
3677	*(p + 1) = tmp___21;		3677	*(p + 1) = tmp___21;
3678	*(p + 0) = tmp___21;		3678	*(p + 0) = tmp___21;
3679	return;		3679	return;
3680	case 3UL:		3680	case 3UL:
3681	tmp___25 = 0UL;		3681	tmp___25 = 0UL;
3682	*(p + 2) = tmp___25;		3682	*(p + 2) = tmp___25;
3683	tmp___24 = tmp___25;		3683	tmp___24 = tmp___25;
3684	*(p + 1) = tmp___24;		3684	*(p + 1) = tmp___24;
3685	*(p + 0) = tmp___24;		3685	*(p + 0) = tmp___24;
3686	return;		3686	return;
3687	case 2UL:		3687	case 2UL:
3688	tmp___26 = 0UL;		3688	tmp___26 = 0UL;
3689	*(p + 1) = tmp___26;		3689	*(p + 1) = tmp___26;
3690	*(p + 0) = tmp___26;		3690	*(p + 0) = tmp___26;
3691	return;		3691	return;
3692	case 1UL:		3692	case 1UL:
3693	*(p + 0) = 0UL;		3693	*(p + 0) = 0UL;
3694	return;		3694	return;
3695	case 0UL:		3695	case 0UL:
3696	return;		3696	return;
3697	default:		3697	default:
3698	break;		3698	break;
3699	}		3699	}
3700	} else {		3700	} else {
3701			3701
3702	}		3702	}
3703	} else {		3703	} else {
3704			3704
3705	}		3705	}
3706	vgPlain_memset(s, 0, sz);		3706	vgPlain_memset(s, 0, sz);
3707	return;		3707	return;
3708	}		3708	}
3709	}		3709	}
3710	extern void vgPlain_ssort(void *base , SizeT nmemb , SizeT size ,		3710	extern void vgPlain_ssort(void *base , SizeT nmemb , SizeT size ,
3711	Int (*compar)(void * , void * ) ) ;		3711	Int (*compar)(void * , void * ) ) ;
3712	extern Int vgPlain_log2(UInt x ) ;		3712	extern Int vgPlain_log2(UInt x ) ;
3713	extern Int vgPlain_log2_64(ULong x ) ;		3713	extern Int vgPlain_log2_64(ULong x ) ;
3714	extern UInt vgPlain_random(UInt *pSeed ) ;		3714	extern UInt vgPlain_random(UInt *pSeed ) ;
3715	__inline static UWord address_lsb(Addr const   a )		3715	__inline static UWord address_lsb(Addr const   a )
3716	{		3716	{
3717			3717
3718			3718
3719	{		3719	{
3720	return ((UWord )(a & (unsigned long const   )((1UL << 12) - 1UL)));		3720	return ((UWord )(a & (unsigned long const   )((1UL << 12) - 1UL)));
3721	}		3721	}
3722	}		3722	}
3723	__inline static Addr first_address_with_same_lsb(Addr const   a )		3723	__inline static Addr first_address_with_same_lsb(Addr const   a )
3724	{		3724	{
3725			3725
3726			3726
3727	{		3727	{
3728	return ((Addr )a);		3728	return ((Addr )a);
3729	}		3729	}
3730	}		3730	}
3731	__inline static Addr first_address_with_higher_lsb(Addr const   a )		3731	__inline static Addr first_address_with_higher_lsb(Addr const   a )
3732	{		3732	{
3733			3733
3734			3734
3735	{		3735	{
3736	return ((Addr )(a + 1UL));		3736	return ((Addr )(a + 1UL));
3737	}		3737	}
3738	}		3738	}
3739	__inline static UWord address_msb(Addr const   a )		3739	__inline static UWord address_msb(Addr const   a )
3740	{		3740	{
3741			3741
3742			3742
3743	{		3743	{
3744	return ((UWord )(a >> 12));		3744	return ((UWord )(a >> 12));
3745	}		3745	}
3746	}		3746	}
3747	__inline static Addr first_address_with_higher_msb(Addr const   a )		3747	__inline static Addr first_address_with_higher_msb(Addr const   a )
3748	{		3748	{
3749			3749
3750			3750
3751	{		3751	{
3752	return ((Addr )((a | (unsigned long const   )((1UL << 12) - 1UL)) + 1UL));		3752	return ((Addr )((a | (unsigned long const   )((1UL << 12) - 1UL)) + 1UL));
3753	}		3753	}
3754	}		3754	}
3755	__inline static Addr make_address(UWord const   a1 , UWord const   a0 )		3755	__inline static Addr make_address(UWord const   a1 , UWord const   a0 )
3756	{		3756	{
3757			3757
3758			3758
3759	{		3759	{
3760	return ((Addr )((a1 << 12) | a0));		3760	return ((Addr )((a1 << 12) | a0));
3761	}		3761	}
3762	}		3762	}
3763	__inline static UWord uword_msb(UWord const   a )		3763	__inline static UWord uword_msb(UWord const   a )
3764	{		3764	{
3765			3765
3766			3766
3767	{		3767	{
3768	return ((UWord )(a >> 5));		3768	return ((UWord )(a >> 5));
3769	}		3769	}
3770	}		3770	}
3771	__inline static UWord uword_lsb(UWord const   a )		3771	__inline static UWord uword_lsb(UWord const   a )
3772	{		3772	{
3773			3773
3774			3774
3775	{		3775	{
3776	return ((UWord )(a & (unsigned long const   )((1UL << 5) - 1UL)));		3776	return ((UWord )(a & (unsigned long const   )((1UL << 5) - 1UL)));
3777	}		3777	}
3778	}		3778	}
3779	__inline static Addr first_address_with_same_uword_lsb(Addr const   a )		3779	__inline static Addr first_address_with_same_uword_lsb(Addr const   a )
3780	{		3780	{
3781			3781
3782			3782
3783	{		3783	{
3784	return ((Addr )(a & (unsigned long const   )(~ ((1UL << 5) - 1UL))));		3784	return ((Addr )(a & (unsigned long const   )(~ ((1UL << 5) - 1UL))));
3785	}		3785	}
3786	}		3786	}
3787	__inline static Addr first_address_with_higher_uword_msb(Addr const   a )		3787	__inline static Addr first_address_with_higher_uword_msb(Addr const   a )
3788	{		3788	{
3789			3789
3790			3790
3791	{		3791	{
3792	return ((Addr )((a | (unsigned long const   )((1UL << 5) - 1UL)) + 1UL));		3792	return ((Addr )((a | (unsigned long const   )((1UL << 5) - 1UL)) + 1UL));
3793	}		3793	}
3794	}		3794	}
3795	static ULong s_bitmap2_creation_count  ;		3795	static ULong s_bitmap2_creation_count  ;
3796	__inline static UWord bm0_mask(UWord const   a )		3796	__inline static UWord bm0_mask(UWord const   a )
3797	{		3797	{
3798	UWord tmp ;		3798	UWord tmp ;
3799			3799
3800	{		3800	{
3801	tmp = uword_lsb(a);		3801	tmp = uword_lsb(a);
3802	return (1UL << tmp);		3802	return (1UL << tmp);
3803	}		3803	}
3804	}		3804	}
3805	__inline static void bm0_set(UWord *bm0 , UWord const   a )		3805	__inline static void bm0_set(UWord *bm0 , UWord const   a )
3806	{		3806	{
3807	UWord tmp ;		3807	UWord tmp ;
3808	UWord tmp___0 ;		3808	UWord tmp___0 ;
3809			3809
3810	{		3810	{
3811	tmp = uword_msb(a);		3811	tmp = uword_msb(a);
3812	tmp___0 = uword_lsb(a);		3812	tmp___0 = uword_lsb(a);
3813	*(bm0 + tmp) |= 1UL << tmp___0;		3813	*(bm0 + tmp) |= 1UL << tmp___0;
3814	return;		3814	return;
3815	}		3815	}
3816	}		3816	}
3817	__inline static void bm0_set_range(UWord *bm0 , UWord const   a ,		3817	__inline static void bm0_set_range(UWord *bm0 , UWord const   a ,
3818	SizeT const   size )		3818	SizeT const   size )
3819	{		3819	{
3820	UWord tmp ;		3820	UWord tmp ;
3821	UWord tmp___0 ;		3821	UWord tmp___0 ;
3822			3822
3823	{		3823	{
3824	tmp = uword_msb(a);		3824	tmp = uword_msb(a);
3825	tmp___0 = uword_lsb(a);		3825	tmp___0 = uword_lsb(a);
3826	*(bm0 + tmp) |= ((1UL << size) - 1UL) << tmp___0;		3826	*(bm0 + tmp) |= ((1UL << size) - 1UL) << tmp___0;
3827	return;		3827	return;
3828	}		3828	}
3829	}		3829	}
3830	__inline static void bm0_clear(UWord *bm0 , UWord const   a )		3830	__inline static void bm0_clear(UWord *bm0 , UWord const   a )
3831	{		3831	{
3832	UWord tmp ;		3832	UWord tmp ;
3833	UWord tmp___0 ;		3833	UWord tmp___0 ;
3834			3834
3835	{		3835	{
3836	tmp = uword_msb(a);		3836	tmp = uword_msb(a);
3837	tmp___0 = uword_lsb(a);		3837	tmp___0 = uword_lsb(a);
3838	*(bm0 + tmp) &= ~ (1UL << tmp___0);		3838	*(bm0 + tmp) &= ~ (1UL << tmp___0);
3839	return;		3839	return;
3840	}		3840	}
3841	}		3841	}
3842	__inline static void bm0_clear_range(UWord *bm0 , UWord const   a ,		3842	__inline static void bm0_clear_range(UWord *bm0 , UWord const   a ,
3843	SizeT const   size )		3843	SizeT const   size )
3844	{		3844	{
3845	UWord tmp ;		3845	UWord tmp ;
3846	UWord tmp___0 ;		3846	UWord tmp___0 ;
3847			3847
3848	{		3848	{
3849	if (size > 0UL) {		3849	if (size > 0UL) {
3850	tmp = uword_msb(a);		3850	tmp = uword_msb(a);
3851	tmp___0 = uword_lsb(a);		3851	tmp___0 = uword_lsb(a);
3852	*(bm0 + tmp) &= ~ (((1UL << size) - 1UL) << tmp___0);		3852	*(bm0 + tmp) &= ~ (((1UL << size) - 1UL) << tmp___0);
3853	} else {		3853	} else {
3854			3854
3855	}		3855	}
3856	return;		3856	return;
3857	}		3857	}
3858	}		3858	}
3859	__inline static UWord bm0_is_set(UWord const   *bm0 , UWord const   a )		3859	__inline static UWord bm0_is_set(UWord const   *bm0 , UWord const   a )
3860	{		3860	{
3861	UWord tmp ;		3861	UWord tmp ;
3862	UWord tmp___0 ;		3862	UWord tmp___0 ;
3863			3863
3864	{		3864	{
3865	tmp = uword_msb(a);		3865	tmp = uword_msb(a);
3866	tmp___0 = uword_lsb(a);		3866	tmp___0 = uword_lsb(a);
3867	return ((UWord )(*(bm0 + tmp) & (unsigned long const   )(1UL << tmp___0)));		3867	return ((UWord )(*(bm0 + tmp) & (unsigned long const   )(1UL << tmp___0)));
3868	}		3868	}
3869	}		3869	}
3870	__inline static UWord bm0_is_any_set(UWord const   *bm0 , Addr const   a ,		3870	__inline static UWord bm0_is_any_set(UWord const   *bm0 , Addr const   a ,
3871	SizeT const   size )		3871	SizeT const   size )
3872	{		3872	{
3873	UWord tmp ;		3873	UWord tmp ;
3874	UWord tmp___0 ;		3874	UWord tmp___0 ;
3875			3875
3876	{		3876	{
3877	tmp = uword_msb(a);		3877	tmp = uword_msb(a);
3878	tmp___0 = uword_lsb(a);		3878	tmp___0 = uword_lsb(a);
3879	return ((UWord )(*(bm0 + tmp) & (unsigned long const   )(((1UL << size) - 1UL) << tmp___0)));		3879	return ((UWord )(*(bm0 + tmp) & (unsigned long const   )(((1UL << size) - 1UL) << tmp___0)));
3880	}		3880	}
3881	}		3881	}
3882	__inline static void bm2_clear(struct bitmap2 * const  bm2 ) ;		3882	__inline static void bm2_clear(struct bitmap2 * const  bm2 ) ;
3883	__inline static struct bitmap2 *bm2_insert(struct bitmap * const  bm ,		3883	__inline static struct bitmap2 *bm2_insert(struct bitmap * const  bm ,
3884	UWord const   a1 ) ;		3884	UWord const   a1 ) ;
3885	__inline static void bm_cache_rotate(struct bm_cache_elem *cache ,		3885	__inline static void bm_cache_rotate(struct bm_cache_elem *cache ,
3886	int const   n )		3886	int const   n )
3887	{		3887	{
3888			3888
3889			3889
3890	{		3890	{
3891	return;		3891	return;
3892	}		3892	}
3893	}		3893	}
3894	__inline static Bool bm_cache_lookup(struct bitmap * const  bm ,		3894	__inline static Bool bm_cache_lookup(struct bitmap * const  bm ,
3895	UWord const   a1 , struct bitmap2 **bm2 )		3895	UWord const   a1 , struct bitmap2 **bm2 )
3896	{		3896	{
3897			3897
3898			3898
3899	{		3899	{
3900	if (a1 == (UWord const   )bm->cache[0].a1) {		3900	if (a1 == (UWord const   )bm->cache[0].a1) {
3901	*bm2 = bm->cache[0].bm2;		3901	*bm2 = bm->cache[0].bm2;
3902	return ((Bool )1);		3902	return ((Bool )1);
3903	} else {		3903	} else {
3904			3904
3905	}		3905	}
3906	if (a1 == (UWord const   )bm->cache[1].a1) {		3906	if (a1 == (UWord const   )bm->cache[1].a1) {
3907	*bm2 = bm->cache[1].bm2;		3907	*bm2 = bm->cache[1].bm2;
3908	return ((Bool )1);		3908	return ((Bool )1);
3909	} else {		3909	} else {
3910			3910
3911	}		3911	}
3912	if (a1 == (UWord const   )bm->cache[2].a1) {		3912	if (a1 == (UWord const   )bm->cache[2].a1) {
3913	*bm2 = bm->cache[2].bm2;		3913	*bm2 = bm->cache[2].bm2;
3914	bm_cache_rotate(bm->cache, (int const   )3);		3914	bm_cache_rotate(bm->cache, (int const   )3);
3915	return ((Bool )1);		3915	return ((Bool )1);
3916	} else {		3916	} else {
3917			3917
3918	}		3918	}
3919	if (a1 == (UWord const   )bm->cache[3].a1) {		3919	if (a1 == (UWord const   )bm->cache[3].a1) {
3920	*bm2 = bm->cache[3].bm2;		3920	*bm2 = bm->cache[3].bm2;
3921	bm_cache_rotate(bm->cache, (int const   )4);		3921	bm_cache_rotate(bm->cache, (int const   )4);
3922	return ((Bool )1);		3922	return ((Bool )1);
3923	} else {		3923	} else {
3924			3924
3925	}		3925	}
3926	*bm2 = (struct bitmap2 *)0;		3926	*bm2 = (struct bitmap2 *)0;
3927	return ((Bool )0);		3927	return ((Bool )0);
3928	}		3928	}
3929	}		3929	}
3930	__inline static void bm_update_cache(struct bitmap * const  bm ,		3930	__inline static void bm_update_cache(struct bitmap * const  bm ,
3931	UWord const   a1 ,		3931	UWord const   a1 ,
3932	struct bitmap2 * const  bm2 )		3932	struct bitmap2 * const  bm2 )
3933	{		3933	{
3934			3934
3935			3935
3936	{		3936	{
3937	bm->cache[3] = bm->cache[2];		3937	bm->cache[3] = bm->cache[2];
3938	bm->cache[2] = bm->cache[1];		3938	bm->cache[2] = bm->cache[1];
3939	bm->cache[1] = bm->cache[0];		3939	bm->cache[1] = bm->cache[0];
3940	bm->cache[0].a1 = (Addr )a1;		3940	bm->cache[0].a1 = (Addr )a1;
3941	bm->cache[0].bm2 = (struct bitmap2 *)bm2;		3941	bm->cache[0].bm2 = (struct bitmap2 *)bm2;
3942	return;		3942	return;
3943	}		3943	}
3944	}		3944	}
3945	__inline static struct bitmap2  const  *bm2_lookup(struct bitmap * const  bm ,		3945	__inline static struct bitmap2  const  *bm2_lookup(struct bitmap * const  bm ,
3946	UWord const   a1 )		3946	UWord const   a1 )
3947	{		3947	{
3948	struct bitmap2 *bm2 ;		3948	struct bitmap2 *bm2 ;
3949	void *tmp ;		3949	void *tmp ;
3950	Bool tmp___0 ;		3950	Bool tmp___0 ;
3951			3951
3952	{		3952	{
3953	tmp___0 = bm_cache_lookup(bm, a1, & bm2);		3953	tmp___0 = bm_cache_lookup(bm, a1, & bm2);
3954	if (tmp___0) {		3954	if (tmp___0) {
3955			3955
3956	} else {		3956	} else {
3957	tmp = vgPlain_OSetGen_Lookup((OSet const   *)bm->oset,		3957	tmp = vgPlain_OSetGen_Lookup((OSet const   *)bm->oset,
3958	(void const   *)(& a1));		3958	(void const   *)(& a1));
3959	bm2 = (struct bitmap2 *)tmp;		3959	bm2 = (struct bitmap2 *)tmp;
3960	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)bm2);		3960	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)bm2);
3961	}		3961	}
3962	return ((struct bitmap2  const  *)bm2);		3962	return ((struct bitmap2  const  *)bm2);
3963	}		3963	}
3964	}		3964	}
3965	__inline static struct bitmap2 *bm2_lookup_exclusive(struct bitmap * const  bm ,		3965	__inline static struct bitmap2 *bm2_lookup_exclusive(struct bitmap * const  bm ,
3966	UWord const   a1 )		3966	UWord const   a1 )
3967	{		3967	{
3968	struct bitmap2 *bm2 ;		3968	struct bitmap2 *bm2 ;
3969	void *tmp ;		3969	void *tmp ;
3970	Bool tmp___0 ;		3970	Bool tmp___0 ;
3971			3971
3972	{		3972	{
3973	tmp___0 = bm_cache_lookup(bm, a1, & bm2);		3973	tmp___0 = bm_cache_lookup(bm, a1, & bm2);
3974	if (tmp___0) {		3974	if (tmp___0) {
3975			3975
3976	} else {		3976	} else {
3977	tmp = vgPlain_OSetGen_Lookup((OSet const   *)bm->oset,		3977	tmp = vgPlain_OSetGen_Lookup((OSet const   *)bm->oset,
3978	(void const   *)(& a1));		3978	(void const   *)(& a1));
3979	bm2 = (struct bitmap2 *)tmp;		3979	bm2 = (struct bitmap2 *)tmp;
3980	}		3980	}
3981	return (bm2);		3981	return (bm2);
3982	}		3982	}
3983	}		3983	}
3984	__inline static void bm2_clear(struct bitmap2 * const  bm2 )		3984	__inline static void bm2_clear(struct bitmap2 * const  bm2 )
3985	{		3985	{
3986			3986
3987			3987
3988	{		3988	{
3989	vgPlain_memset((void *)(& bm2->bm1), 0, (SizeT )sizeof(bm2->bm1));		3989	vgPlain_memset((void *)(& bm2->bm1), 0, (SizeT )sizeof(bm2->bm1));
3990	return;		3990	return;
3991	}		3991	}
3992	}		3992	}
3993	__inline static struct bitmap2 *bm2_insert(struct bitmap * const  bm ,		3993	__inline static struct bitmap2 *bm2_insert(struct bitmap * const  bm ,
3994	UWord const   a1 )		3994	UWord const   a1 )
3995	{		3995	{
3996	struct bitmap2 *bm2 ;		3996	struct bitmap2 *bm2 ;
3997	void *tmp ;		3997	void *tmp ;
3998			3998
3999	{		3999	{
4000	s_bitmap2_creation_count ++;		4000	s_bitmap2_creation_count ++;
4001	tmp = vgPlain_OSetGen_AllocNode(bm->oset, (SizeT )sizeof(*bm2));		4001	tmp = vgPlain_OSetGen_AllocNode(bm->oset, (SizeT )sizeof(*bm2));
4002	bm2 = (struct bitmap2 *)tmp;		4002	bm2 = (struct bitmap2 *)tmp;
4003	bm2->addr = (Addr )a1;		4003	bm2->addr = (Addr )a1;
4004	vgPlain_OSetGen_Insert(bm->oset, (void *)bm2);		4004	vgPlain_OSetGen_Insert(bm->oset, (void *)bm2);
4005	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)bm2);		4005	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)bm2);
4006	return (bm2);		4006	return (bm2);
4007	}		4007	}
4008	}		4008	}
4009	__inline static struct bitmap2 *bm2_insert_copy(struct bitmap * const  bm ,		4009	__inline static struct bitmap2 *bm2_insert_copy(struct bitmap * const  bm ,
4010	struct bitmap2 * const  bm2 )		4010	struct bitmap2 * const  bm2 )
4011	{		4011	{
4012	struct bitmap2 *bm2_copy ;		4012	struct bitmap2 *bm2_copy ;
4013			4013
4014	{		4014	{
4015	bm2_copy = bm2_insert(bm, (UWord const   )bm2->addr);		4015	bm2_copy = bm2_insert(bm, (UWord const   )bm2->addr);
4016	vgPlain_memcpy((void *)(& bm2_copy->bm1), (void const   *)(& bm2->bm1),		4016	vgPlain_memcpy((void *)(& bm2_copy->bm1), (void const   *)(& bm2->bm1),
4017	(SizeT )sizeof(bm2->bm1));		4017	(SizeT )sizeof(bm2->bm1));
4018	return (bm2_copy);		4018	return (bm2_copy);
4019	}		4019	}
4020	}		4020	}
4021	__inline static struct bitmap2 *bm2_lookup_or_insert(struct bitmap * const  bm ,		4021	__inline static struct bitmap2 *bm2_lookup_or_insert(struct bitmap * const  bm ,
4022	UWord const   a1 )		4022	UWord const   a1 )
4023	{		4023	{
4024	struct bitmap2 *bm2 ;		4024	struct bitmap2 *bm2 ;
4025	void *tmp ;		4025	void *tmp ;
4026	Bool tmp___0 ;		4026	Bool tmp___0 ;
4027			4027
4028	{		4028	{
4029	tmp___0 = bm_cache_lookup(bm, a1, & bm2);		4029	tmp___0 = bm_cache_lookup(bm, a1, & bm2);
4030	if (tmp___0) {		4030	if (tmp___0) {
4031	if ((unsigned int )bm2 == (unsigned int )((struct bitmap2 *)0)) {		4031	if ((unsigned int )bm2 == (unsigned int )((struct bitmap2 *)0)) {
4032	bm2 = bm2_insert(bm, a1);		4032	bm2 = bm2_insert(bm, a1);
4033	bm2_clear((struct bitmap2 */* const  */)bm2);		4033	bm2_clear((struct bitmap2 */* const  */)bm2);
4034	} else {		4034	} else {
4035			4035
4036	}		4036	}
4037	} else {		4037	} else {
4038	tmp = vgPlain_OSetGen_Lookup((OSet const   *)bm->oset,		4038	tmp = vgPlain_OSetGen_Lookup((OSet const   *)bm->oset,
4039	(void const   *)(& a1));		4039	(void const   *)(& a1));
4040	bm2 = (struct bitmap2 *)tmp;		4040	bm2 = (struct bitmap2 *)tmp;
4041	if (! bm2) {		4041	if (! bm2) {
4042	bm2 = bm2_insert(bm, a1);		4042	bm2 = bm2_insert(bm, a1);
4043	bm2_clear((struct bitmap2 */* const  */)bm2);		4043	bm2_clear((struct bitmap2 */* const  */)bm2);
4044	} else {		4044	} else {
4045			4045
4046	}		4046	}
4047	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)bm2);		4047	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)bm2);
4048	}		4048	}
4049	return (bm2);		4049	return (bm2);
4050	}		4050	}
4051	}		4051	}
4052	__inline static struct bitmap2 *bm2_lookup_or_insert_exclusive(struct bitmap * const  bm ,		4052	__inline static struct bitmap2 *bm2_lookup_or_insert_exclusive(struct bitmap * const  bm ,
4053	UWord const   a1 )		4053	UWord const   a1 )
4054	{		4054	{
4055	struct bitmap2 *tmp ;		4055	struct bitmap2 *tmp ;
4056			4056
4057	{		4057	{
4058	tmp = bm2_lookup_or_insert(bm, a1);		4058	tmp = bm2_lookup_or_insert(bm, a1);
4059	return (tmp);		4059	return (tmp);
4060	}		4060	}
4061	}		4061	}
4062	__inline static void bm2_remove(struct bitmap * const  bm , UWord const   a1 )		4062	__inline static void bm2_remove(struct bitmap * const  bm , UWord const   a1 )
4063	{		4063	{
4064	struct bitmap2 *bm2 ;		4064	struct bitmap2 *bm2 ;
4065	void *tmp ;		4065	void *tmp ;
4066			4066
4067	{		4067	{
4068	tmp = vgPlain_OSetGen_Remove(bm->oset, (void const   *)(& a1));		4068	tmp = vgPlain_OSetGen_Remove(bm->oset, (void const   *)(& a1));
4069	bm2 = (struct bitmap2 *)tmp;		4069	bm2 = (struct bitmap2 *)tmp;
4070	vgPlain_OSetGen_FreeNode(bm->oset, (void *)bm2);		4070	vgPlain_OSetGen_FreeNode(bm->oset, (void *)bm2);
4071	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)((void *)0));		4071	bm_update_cache(bm, a1, (struct bitmap2 */* const  */)((void *)0));
4072	return;		4072	return;
4073	}		4073	}
4074	}		4074	}
4075	__inline static void bm_access_aligned_load(struct bitmap * const  bm ,		4075	__inline static void bm_access_aligned_load(struct bitmap * const  bm ,
4076	Addr const   a1 ,		4076	Addr const   a1 ,
4077	SizeT const   size )		4077	SizeT const   size )
4078	{		4078	{
4079	struct bitmap2 *bm2 ;		4079	struct bitmap2 *bm2 ;
4080	UWord tmp ;		4080	UWord tmp ;
4081			4081
4082	{		4082	{
4083	tmp = address_msb(a1);		4083	tmp = address_msb(a1);
4084	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp);		4084	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp);
		-+	4085	{
			4086	if (1UL << 12 < 2) {
			4087	return;
			4088	}
			4089	if (size < 2) {
			4090	return;
			4091	}
4085	bm0_set_range(bm2->bm1.bm0_r,	=	4092	bm0_set_range(bm2->bm1.bm0_r,
4086	a1 & (unsigned long const   )((1UL << 12) - 1UL),		4093	a1 & (unsigned long const   )((1UL << 12) - 1UL),
4087	(size - 1UL) + 1UL);		4094	(size - 1UL) + 1UL);
		-+	4095	}
4088	return;	=	4096	return;
4089	}		4097	}
4090	}		4098	}
4091	__inline static void bm_access_aligned_store(struct bitmap * const  bm ,		4099	__inline static void bm_access_aligned_store(struct bitmap * const  bm ,
4092	Addr const   a1 ,		4100	Addr const   a1 ,
4093	SizeT const   size )		4101	SizeT const   size )
4094	{		4102	{
4095	struct bitmap2 *bm2 ;		4103	struct bitmap2 *bm2 ;
4096	UWord tmp ;		4104	UWord tmp ;
4097			4105
4098	{		4106	{
4099	tmp = address_msb(a1);		4107	tmp = address_msb(a1);
4100	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp);		4108	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp);
		-+	4109	{
			4110	if (1UL << 12 < 2) {
			4111	return;
			4112	}
			4113	if (size < 2) {
			4114	return;
			4115	}
4101	bm0_set_range(bm2->bm1.bm0_w,	=	4116	bm0_set_range(bm2->bm1.bm0_w,
4102	a1 & (unsigned long const   )((1UL << 12) - 1UL),		4117	a1 & (unsigned long const   )((1UL << 12) - 1UL),
4103	(size - 1UL) + 1UL);		4118	(size - 1UL) + 1UL);
		-+	4119	}
4104	return;	=	4120	return;
4105	}		4121	}
4106	}		4122	}
4107	__inline static Bool bm_aligned_load_has_conflict_with(struct bitmap * const  bm ,		4123	__inline static Bool bm_aligned_load_has_conflict_with(struct bitmap * const  bm ,
4108	Addr const   a ,		4124	Addr const   a ,
4109	SizeT const   size )		4125	SizeT const   size )
4110	{		4126	{
4111	struct bitmap2  const  *bm2 ;		4127	struct bitmap2  const  *bm2 ;
4112	UWord tmp ;		4128	UWord tmp ;
4113	UWord tmp___0 ;		4129	UWord tmp___0 ;
4114	UWord tmp___1 ;		4130	UWord tmp___1 ;
4115	int tmp___2 ;		4131	int tmp___2 ;
4116			4132
4117	{		4133	{
4118	tmp = address_msb(a);		4134	tmp = address_msb(a);
4119	bm2 = bm2_lookup(bm, (UWord const   )tmp);		4135	bm2 = bm2_lookup(bm, (UWord const   )tmp);
4120	if (bm2) {		4136	if (bm2) {
4121	tmp___0 = address_lsb(a);		4137	tmp___0 = address_lsb(a);
4122	tmp___1 = bm0_is_any_set((UWord const   *)(bm2->bm1.bm0_w),		4138	tmp___1 = bm0_is_any_set((UWord const   *)(bm2->bm1.bm0_w),
4123	(Addr const   )tmp___0, (size - 1UL) + 1UL);		4139	(Addr const   )tmp___0, (size - 1UL) + 1UL);
4124	if (tmp___1) {		4140	if (tmp___1) {
4125	tmp___2 = 1;		4141	tmp___2 = 1;
4126	} else {		4142	} else {
4127	tmp___2 = 0;		4143	tmp___2 = 0;
4128	}		4144	}
4129	} else {		4145	} else {
4130	tmp___2 = 0;		4146	tmp___2 = 0;
4131	}		4147	}
4132	return ((Bool )tmp___2);		4148	return ((Bool )tmp___2);
4133	}		4149	}
4134	}		4150	}
4135	__inline static Bool bm_aligned_store_has_conflict_with(struct bitmap * const  bm ,		4151	__inline static Bool bm_aligned_store_has_conflict_with(struct bitmap * const  bm ,
4136	Addr const   a ,		4152	Addr const   a ,
4137	SizeT const   size )		4153	SizeT const   size )
4138	{		4154	{
4139	struct bitmap2  const  *bm2 ;		4155	struct bitmap2  const  *bm2 ;
4140	UWord tmp ;		4156	UWord tmp ;
4141	UWord tmp___0 ;		4157	UWord tmp___0 ;
4142	UWord tmp___1 ;		4158	UWord tmp___1 ;
4143	UWord tmp___2 ;		4159	UWord tmp___2 ;
4144	UWord tmp___3 ;		4160	UWord tmp___3 ;
4145			4161
4146	{		4162	{
4147	tmp = address_msb(a);		4163	tmp = address_msb(a);
4148	bm2 = bm2_lookup(bm, (UWord const   )tmp);		4164	bm2 = bm2_lookup(bm, (UWord const   )tmp);
4149	if (bm2) {		4165	if (bm2) {
4150	tmp___0 = address_lsb(a);		4166	tmp___0 = address_lsb(a);
4151	tmp___1 = bm0_is_any_set((UWord const   *)(bm2->bm1.bm0_r),		4167	tmp___1 = bm0_is_any_set((UWord const   *)(bm2->bm1.bm0_r),
4152	(Addr const   )tmp___0, (size - 1UL) + 1UL);		4168	(Addr const   )tmp___0, (size - 1UL) + 1UL);
4153	tmp___2 = address_lsb(a);		4169	tmp___2 = address_lsb(a);
4154	tmp___3 = bm0_is_any_set((UWord const   *)(bm2->bm1.bm0_w),		4170	tmp___3 = bm0_is_any_set((UWord const   *)(bm2->bm1.bm0_w),
4155	(Addr const   )tmp___2, (size - 1UL) + 1UL);		4171	(Addr const   )tmp___2, (size - 1UL) + 1UL);
4156	if (tmp___1 | tmp___3) {		4172	if (tmp___1 | tmp___3) {
4157	return ((Bool )1);		4173	return ((Bool )1);
4158	} else {		4174	} else {
4159			4175
4160	}		4176	}
4161	} else {		4177	} else {
4162			4178
4163	}		4179	}
4164	return ((Bool )0);		4180	return ((Bool )0);
4165	}		4181	}
4166	}		4182	}
4167	extern  __attribute__((__noreturn__)) void vgPlain_exit(Int status ) ;		4183	extern  __attribute__((__noreturn__)) void vgPlain_exit(Int status ) ;
4168	extern  __attribute__((__noreturn__)) void vgPlain_tool_panic(Char *str ) ;		4184	extern  __attribute__((__noreturn__)) void vgPlain_tool_panic(Char *str ) ;
4169	extern  __attribute__((__noreturn__)) void vgPlain_assert_fail(Bool isCore ,		4185	extern  __attribute__((__noreturn__)) void vgPlain_assert_fail(Bool isCore ,
4170	Char const   *expr ,		4186	Char const   *expr ,
4171	Char const   *file ,		4187	Char const   *file ,
4172	Int line ,		4188	Int line ,
4173	Char const   *fn ,		4189	Char const   *fn ,
4174	HChar const   *format		4190	HChar const   *format
4175	, ...) ;		4191	, ...) ;
4176	void vgDrd_vc_init(VectorClock * const  vc , VCElem const   * const  vcelem ,		4192	void vgDrd_vc_init(VectorClock * const  vc , VCElem const   * const  vcelem ,
4177	unsigned int const   size ) ;		4193	unsigned int const   size ) ;
4178	void vgDrd_vc_cleanup(VectorClock * const  vc ) ;		4194	void vgDrd_vc_cleanup(VectorClock * const  vc ) ;
4179	void vgDrd_vc_copy(VectorClock * const  new , VectorClock const   * const  rhs ) ;		4195	void vgDrd_vc_copy(VectorClock * const  new , VectorClock const   * const  rhs ) ;
4180	void vgDrd_vc_assign(VectorClock * const  lhs ,		4196	void vgDrd_vc_assign(VectorClock * const  lhs ,
4181	VectorClock const   * const  rhs ) ;		4197	VectorClock const   * const  rhs ) ;
4182	void vgDrd_vc_increment(VectorClock * const  vc , DrdThreadId const   tid ) ;		4198	void vgDrd_vc_increment(VectorClock * const  vc , DrdThreadId const   tid ) ;
4183	__inline static Bool vgDrd_vc_lte(VectorClock const   * const  vc1 ,		4199	__inline static Bool vgDrd_vc_lte(VectorClock const   * const  vc1 ,
4184	VectorClock const   * const  vc2 ) ;		4200	VectorClock const   * const  vc2 ) ;
4185	Bool vgDrd_vc_ordered(VectorClock const   * const  vc1 ,		4201	Bool vgDrd_vc_ordered(VectorClock const   * const  vc1 ,
4186	VectorClock const   * const  vc2 ) ;		4202	VectorClock const   * const  vc2 ) ;
4187	void vgDrd_vc_min(VectorClock * const  result ,		4203	void vgDrd_vc_min(VectorClock * const  result ,
4188	VectorClock const   * const  rhs ) ;		4204	VectorClock const   * const  rhs ) ;
4189	void vgDrd_vc_combine(VectorClock * const  result ,		4205	void vgDrd_vc_combine(VectorClock * const  result ,
4190	VectorClock const   * const  rhs ) ;		4206	VectorClock const   * const  rhs ) ;
4191	void vgDrd_vc_print(VectorClock const   * const  vc ) ;		4207	void vgDrd_vc_print(VectorClock const   * const  vc ) ;
4192	char *vgDrd_vc_aprint(VectorClock const   * const  vc ) ;		4208	char *vgDrd_vc_aprint(VectorClock const   * const  vc ) ;
4193	void vgDrd_vc_check(VectorClock const   * const  vc ) ;		4209	void vgDrd_vc_check(VectorClock const   * const  vc ) ;
4194	extern void vgDrd_vc_test(void) ;		4210	extern void vgDrd_vc_test(void) ;
4195	__inline static Bool vgDrd_vc_lte(VectorClock const   * const  vc1 ,		4211	__inline static Bool vgDrd_vc_lte(VectorClock const   * const  vc1 ,
4196	VectorClock const   * const  vc2 )		4212	VectorClock const   * const  vc2 )
4197	{		4213	{
4198	unsigned int i ;		4214	unsigned int i ;
4199	unsigned int j ;		4215	unsigned int j ;
4200			4216
4201	{		4217	{
4202	j = 0U;		4218	j = 0U;
4203	i = 0U;		4219	i = 0U;
4204	while (i < (unsigned int )vc1->size) {		4220	while (i < (unsigned int )vc1->size) {
4205	while (1) {		4221	while (1) {
4206	if (j < (unsigned int )vc2->size) {		4222	if (j < (unsigned int )vc2->size) {
4207	if ((vc2->vc + j)->threadid < (vc1->vc + i)->threadid) {		4223	if ((vc2->vc + j)->threadid < (vc1->vc + i)->threadid) {
4208			4224
4209	} else {		4225	} else {
4210	break;		4226	break;
4211	}		4227	}
4212	} else {		4228	} else {
4213	break;		4229	break;
4214	}		4230	}
4215	j ++;		4231	j ++;
4216	}		4232	}
4217	if (j >= (unsigned int )vc2->size) {		4233	if (j >= (unsigned int )vc2->size) {
4218	return ((Bool )0);		4234	return ((Bool )0);
4219	} else		4235	} else
4220	if ((vc2->vc + j)->threadid > (vc1->vc + i)->threadid) {		4236	if ((vc2->vc + j)->threadid > (vc1->vc + i)->threadid) {
4221	return ((Bool )0);		4237	return ((Bool )0);
4222	} else {		4238	} else {
4223			4239
4224	}		4240	}
4225	if ((vc1->vc + i)->count > (vc2->vc + j)->count) {		4241	if ((vc1->vc + i)->count > (vc2->vc + j)->count) {
4226	return ((Bool )0);		4242	return ((Bool )0);
4227	} else {		4243	} else {
4228			4244
4229	}		4245	}
4230	i ++;		4246	i ++;
4231	}		4247	}
4232	return ((Bool )1);		4248	return ((Bool )1);
4233	}		4249	}
4234	}		4250	}
4235	extern ExeContext *vgPlain_record_ExeContext(ThreadId tid , Word first_ip_delta ) ;		4251	extern ExeContext *vgPlain_record_ExeContext(ThreadId tid , Word first_ip_delta ) ;
4236	extern ExeContext *vgPlain_record_depth_1_ExeContext(ThreadId tid ) ;		4252	extern ExeContext *vgPlain_record_depth_1_ExeContext(ThreadId tid ) ;
4237	extern void vgPlain_apply_ExeContext(void (*action)(UInt n , Addr ip ) ,		4253	extern void vgPlain_apply_ExeContext(void (*action)(UInt n , Addr ip ) ,
4238	ExeContext *ec , UInt n_ips ) ;		4254	ExeContext *ec , UInt n_ips ) ;
4239	extern Bool vgPlain_eq_ExeContext(VgRes res , ExeContext *e1 , ExeContext *e2 ) ;		4255	extern Bool vgPlain_eq_ExeContext(VgRes res , ExeContext *e1 , ExeContext *e2 ) ;
4240	extern void vgPlain_pp_ExeContext(ExeContext *ec ) ;		4256	extern void vgPlain_pp_ExeContext(ExeContext *ec ) ;
4241	extern UInt vgPlain_get_ECU_from_ExeContext(ExeContext *e ) ;		4257	extern UInt vgPlain_get_ECU_from_ExeContext(ExeContext *e ) ;
4242	extern Int vgPlain_get_ExeContext_n_ips(ExeContext *e ) ;		4258	extern Int vgPlain_get_ExeContext_n_ips(ExeContext *e ) ;
4243	extern ExeContext *vgPlain_get_ExeContext_from_ECU(UInt uniq ) ;		4259	extern ExeContext *vgPlain_get_ExeContext_from_ECU(UInt uniq ) ;
4244	extern ExeContext *vgPlain_make_depth_1_ExeContext_from_Addr(Addr a ) ;		4260	extern ExeContext *vgPlain_make_depth_1_ExeContext_from_Addr(Addr a ) ;
4245	__inline static Bool vgPlain_is_plausible_ECU(UInt ecu )		4261	__inline static Bool vgPlain_is_plausible_ECU(UInt ecu )
4246	{		4262	{
4247	int tmp ;		4263	int tmp ;
4248			4264
4249	{		4265	{
4250	if (ecu > 0U) {		4266	if (ecu > 0U) {
4251	if ((ecu & 3U) == 0U) {		4267	if ((ecu & 3U) == 0U) {
4252	tmp = 1;		4268	tmp = 1;
4253	} else {		4269	} else {
4254	tmp = 0;		4270	tmp = 0;
4255	}		4271	}
4256	} else {		4272	} else {
4257	tmp = 0;		4273	tmp = 0;
4258	}		4274	}
4259	return ((Bool )tmp);		4275	return ((Bool )tmp);
4260	}		4276	}
4261	}		4277	}
4262	extern ExeContext *vgPlain_make_ExeContext_from_StackTrace(Addr *ips ,		4278	extern ExeContext *vgPlain_make_ExeContext_from_StackTrace(Addr *ips ,
4263	UInt n_ips ) ;		4279	UInt n_ips ) ;
4264	extern UInt vgPlain_get_StackTrace(ThreadId tid , StackTrace ips , UInt n_ips ,		4280	extern UInt vgPlain_get_StackTrace(ThreadId tid , StackTrace ips , UInt n_ips ,
4265	StackTrace sps , StackTrace fps ,		4281	StackTrace sps , StackTrace fps ,
4266	Word first_ip_delta ) ;		4282	Word first_ip_delta ) ;
4267	extern void vgPlain_apply_StackTrace(void (*action)(UInt n , Addr ip ,		4283	extern void vgPlain_apply_StackTrace(void (*action)(UInt n , Addr ip ,
4268	void *opaque ) ,		4284	void *opaque ) ,
4269	void *opaque , StackTrace ips , UInt n_ips ) ;		4285	void *opaque , StackTrace ips , UInt n_ips ) ;
4270	extern void vgPlain_pp_StackTrace(StackTrace ips , UInt n_ips ) ;		4286	extern void vgPlain_pp_StackTrace(StackTrace ips , UInt n_ips ) ;
4271	extern void vgPlain_get_and_pp_StackTrace(ThreadId tid , UInt n_ips ) ;		4287	extern void vgPlain_get_and_pp_StackTrace(ThreadId tid , UInt n_ips ) ;
4272	Segment *vgDrd_g_sg_list  ;		4288	Segment *vgDrd_g_sg_list  ;
4273	Segment *vgDrd_sg_new(DrdThreadId const   creator , DrdThreadId const   created ) ;		4289	Segment *vgDrd_sg_new(DrdThreadId const   creator , DrdThreadId const   created ) ;
4274	__inline static int vgDrd_sg_get_refcnt(Segment const   * const  sg ) ;		4290	__inline static int vgDrd_sg_get_refcnt(Segment const   * const  sg ) ;
4275	Segment *vgDrd_sg_get(Segment * const  sg ) ;		4291	Segment *vgDrd_sg_get(Segment * const  sg ) ;
4276	void vgDrd_sg_put(Segment * const  sg ) ;		4292	void vgDrd_sg_put(Segment * const  sg ) ;
4277	__inline static struct bitmap *vgDrd_sg_bm(Segment * const  sg ) ;		4293	__inline static struct bitmap *vgDrd_sg_bm(Segment * const  sg ) ;
4278	void vgDrd_sg_merge(Segment * const  sg1 , Segment * const  sg2 ) ;		4294	void vgDrd_sg_merge(Segment * const  sg1 , Segment * const  sg2 ) ;
4279	void vgDrd_sg_print(Segment * const  sg ) ;		4295	void vgDrd_sg_print(Segment * const  sg ) ;
4280	Bool vgDrd_sg_get_trace(void) ;		4296	Bool vgDrd_sg_get_trace(void) ;
4281	void vgDrd_sg_set_trace(Bool const   trace_segment ) ;		4297	void vgDrd_sg_set_trace(Bool const   trace_segment ) ;
4282	ULong vgDrd_sg_get_segments_created_count(void) ;		4298	ULong vgDrd_sg_get_segments_created_count(void) ;
4283	ULong vgDrd_sg_get_segments_alive_count(void) ;		4299	ULong vgDrd_sg_get_segments_alive_count(void) ;
4284	ULong vgDrd_sg_get_max_segments_alive_count(void) ;		4300	ULong vgDrd_sg_get_max_segments_alive_count(void) ;
4285	ULong vgDrd_sg_get_segment_merge_count(void) ;		4301	ULong vgDrd_sg_get_segment_merge_count(void) ;
4286	__inline static int vgDrd_sg_get_refcnt(Segment const   * const  sg )		4302	__inline static int vgDrd_sg_get_refcnt(Segment const   * const  sg )
4287	{		4303	{
4288			4304
4289			4305
4290	{		4306	{
4291	return ((int )sg->refcnt);		4307	return ((int )sg->refcnt);
4292	}		4308	}
4293	}		4309	}
4294	__inline static struct bitmap *vgDrd_sg_bm(Segment * const  sg )		4310	__inline static struct bitmap *vgDrd_sg_bm(Segment * const  sg )
4295	{		4311	{
4296			4312
4297			4313
4298	{		4314	{
4299	return (& sg->bm);		4315	return (& sg->bm);
4300	}		4316	}
4301	}		4317	}
4302	extern ThreadId vgPlain_get_running_tid(void) ;		4318	extern ThreadId vgPlain_get_running_tid(void) ;
4303	DrdThreadId vgDrd_g_drd_running_tid ;		4319	DrdThreadId vgDrd_g_drd_running_tid ;
4304	ThreadInfo vgDrd_g_threadinfo[500]  ;		4320	ThreadInfo vgDrd_g_threadinfo[500]  ;
4305	struct bitmap *vgDrd_g_conflict_set  ;		4321	struct bitmap *vgDrd_g_conflict_set  ;
4306	void vgDrd_thread_trace_context_switches(Bool const   t ) ;		4322	void vgDrd_thread_trace_context_switches(Bool const   t ) ;
4307	void vgDrd_thread_trace_conflict_set(Bool const   t ) ;		4323	void vgDrd_thread_trace_conflict_set(Bool const   t ) ;
4308	void vgDrd_thread_trace_conflict_set_bm(Bool const   t ) ;		4324	void vgDrd_thread_trace_conflict_set_bm(Bool const   t ) ;
4309	Bool vgDrd_thread_get_trace_fork_join(void) ;		4325	Bool vgDrd_thread_get_trace_fork_join(void) ;
4310	void vgDrd_thread_set_trace_fork_join(Bool const   t ) ;		4326	void vgDrd_thread_set_trace_fork_join(Bool const   t ) ;
4311	void vgDrd_thread_set_segment_merging(Bool const   m ) ;		4327	void vgDrd_thread_set_segment_merging(Bool const   m ) ;
4312	int vgDrd_thread_get_segment_merge_interval(void) ;		4328	int vgDrd_thread_get_segment_merge_interval(void) ;
4313	void vgDrd_thread_set_segment_merge_interval(int const   i ) ;		4329	void vgDrd_thread_set_segment_merge_interval(int const   i ) ;
4314	void vgDrd_thread_set_join_list_vol(int const   jlv ) ;		4330	void vgDrd_thread_set_join_list_vol(int const   jlv ) ;
4315	void vgDrd_thread_init(void) ;		4331	void vgDrd_thread_init(void) ;
4316	DrdThreadId vgDrd_VgThreadIdToDrdThreadId(ThreadId const   tid ) ;		4332	DrdThreadId vgDrd_VgThreadIdToDrdThreadId(ThreadId const   tid ) ;
4317	extern DrdThreadId vgDrd_NewVgThreadIdToDrdThreadId(ThreadId const   tid ) ;		4333	extern DrdThreadId vgDrd_NewVgThreadIdToDrdThreadId(ThreadId const   tid ) ;
4318	DrdThreadId vgDrd_PtThreadIdToDrdThreadId(PThreadId const   tid ) ;		4334	DrdThreadId vgDrd_PtThreadIdToDrdThreadId(PThreadId const   tid ) ;
4319	ThreadId vgDrd_DrdThreadIdToVgThreadId(DrdThreadId const   tid ) ;		4335	ThreadId vgDrd_DrdThreadIdToVgThreadId(DrdThreadId const   tid ) ;
4320	DrdThreadId vgDrd_thread_pre_create(DrdThreadId const   creator ,		4336	DrdThreadId vgDrd_thread_pre_create(DrdThreadId const   creator ,
4321	ThreadId const   vg_created ) ;		4337	ThreadId const   vg_created ) ;
4322	DrdThreadId vgDrd_thread_post_create(ThreadId const   vg_created ) ;		4338	DrdThreadId vgDrd_thread_post_create(ThreadId const   vg_created ) ;
4323	void vgDrd_thread_post_join(DrdThreadId drd_joiner , DrdThreadId drd_joinee ) ;		4339	void vgDrd_thread_post_join(DrdThreadId drd_joiner , DrdThreadId drd_joinee ) ;
4324	void vgDrd_thread_delete(DrdThreadId const   tid , Bool const   detached ) ;		4340	void vgDrd_thread_delete(DrdThreadId const   tid , Bool const   detached ) ;
4325	void vgDrd_thread_finished(DrdThreadId const   tid ) ;		4341	void vgDrd_thread_finished(DrdThreadId const   tid ) ;
4326	void vgDrd_drd_thread_atfork_child(DrdThreadId const   tid ) ;		4342	void vgDrd_drd_thread_atfork_child(DrdThreadId const   tid ) ;
4327	void vgDrd_thread_pre_cancel(DrdThreadId const   tid ) ;		4343	void vgDrd_thread_pre_cancel(DrdThreadId const   tid ) ;
4328	void vgDrd_thread_set_stack_startup(DrdThreadId const   tid ,		4344	void vgDrd_thread_set_stack_startup(DrdThreadId const   tid ,
4329	Addr const   stack_startup ) ;		4345	Addr const   stack_startup ) ;
4330	Addr vgDrd_thread_get_stack_min(DrdThreadId const   tid ) ;		4346	Addr vgDrd_thread_get_stack_min(DrdThreadId const   tid ) ;
4331	Addr vgDrd_thread_get_stack_min_min(DrdThreadId const   tid ) ;		4347	Addr vgDrd_thread_get_stack_min_min(DrdThreadId const   tid ) ;
4332	Addr vgDrd_thread_get_stack_max(DrdThreadId const   tid ) ;		4348	Addr vgDrd_thread_get_stack_max(DrdThreadId const   tid ) ;
4333	SizeT vgDrd_thread_get_stack_size(DrdThreadId const   tid ) ;		4349	SizeT vgDrd_thread_get_stack_size(DrdThreadId const   tid ) ;
4334	Bool vgDrd_thread_get_on_alt_stack(DrdThreadId const   tid ) ;		4350	Bool vgDrd_thread_get_on_alt_stack(DrdThreadId const   tid ) ;
4335	void vgDrd_thread_set_on_alt_stack(DrdThreadId const   tid ,		4351	void vgDrd_thread_set_on_alt_stack(DrdThreadId const   tid ,
4336	Bool const   on_alt_stack ) ;		4352	Bool const   on_alt_stack ) ;
4337	Int vgDrd_thread_get_threads_on_alt_stack(void) ;		4353	Int vgDrd_thread_get_threads_on_alt_stack(void) ;
4338	void vgDrd_thread_set_pthreadid(DrdThreadId const   tid ,		4354	void vgDrd_thread_set_pthreadid(DrdThreadId const   tid ,
4339	PThreadId const   ptid ) ;		4355	PThreadId const   ptid ) ;
4340	Bool vgDrd_thread_get_joinable(DrdThreadId const   tid ) ;		4356	Bool vgDrd_thread_get_joinable(DrdThreadId const   tid ) ;
4341	void vgDrd_thread_set_joinable(DrdThreadId const   tid , Bool const   joinable ) ;		4357	void vgDrd_thread_set_joinable(DrdThreadId const   tid , Bool const   joinable ) ;
4342	void vgDrd_thread_entering_pthread_create(DrdThreadId const   tid ) ;		4358	void vgDrd_thread_entering_pthread_create(DrdThreadId const   tid ) ;
4343	void vgDrd_thread_left_pthread_create(DrdThreadId const   tid ) ;		4359	void vgDrd_thread_left_pthread_create(DrdThreadId const   tid ) ;
4344	char const   *vgDrd_thread_get_name(DrdThreadId const   tid ) ;		4360	char const   *vgDrd_thread_get_name(DrdThreadId const   tid ) ;
4345	void vgDrd_thread_set_name(DrdThreadId const   tid , char const   * const  name ) ;		4361	void vgDrd_thread_set_name(DrdThreadId const   tid , char const   * const  name ) ;
4346	void vgDrd_thread_set_vg_running_tid(ThreadId const   vg_tid ) ;		4362	void vgDrd_thread_set_vg_running_tid(ThreadId const   vg_tid ) ;
4347	void vgDrd_thread_set_running_tid(ThreadId const   vg_tid ,		4363	void vgDrd_thread_set_running_tid(ThreadId const   vg_tid ,
4348	DrdThreadId const   drd_tid ) ;		4364	DrdThreadId const   drd_tid ) ;
4349	int vgDrd_thread_enter_synchr(DrdThreadId const   tid ) ;		4365	int vgDrd_thread_enter_synchr(DrdThreadId const   tid ) ;
4350	int vgDrd_thread_leave_synchr(DrdThreadId const   tid ) ;		4366	int vgDrd_thread_leave_synchr(DrdThreadId const   tid ) ;
4351	int vgDrd_thread_get_synchr_nesting_count(DrdThreadId const   tid ) ;		4367	int vgDrd_thread_get_synchr_nesting_count(DrdThreadId const   tid ) ;
4352	void vgDrd_thread_new_segment(DrdThreadId const   tid ) ;		4368	void vgDrd_thread_new_segment(DrdThreadId const   tid ) ;
4353	VectorClock *vgDrd_thread_get_vc(DrdThreadId const   tid ) ;		4369	VectorClock *vgDrd_thread_get_vc(DrdThreadId const   tid ) ;
4354	void vgDrd_thread_get_latest_segment(Segment **sg , DrdThreadId const   tid ) ;		4370	void vgDrd_thread_get_latest_segment(Segment **sg , DrdThreadId const   tid ) ;
4355	void vgDrd_thread_combine_vc_join(DrdThreadId const   joiner ,		4371	void vgDrd_thread_combine_vc_join(DrdThreadId const   joiner ,
4356	DrdThreadId const   joinee ) ;		4372	DrdThreadId const   joinee ) ;
4357	void vgDrd_thread_new_segment_and_combine_vc(DrdThreadId tid ,		4373	void vgDrd_thread_new_segment_and_combine_vc(DrdThreadId tid ,
4358	Segment const   *sg ) ;		4374	Segment const   *sg ) ;
4359	void vgDrd_thread_update_conflict_set(DrdThreadId const   tid ,		4375	void vgDrd_thread_update_conflict_set(DrdThreadId const   tid ,
4360	VectorClock const   * const  old_vc ) ;		4376	VectorClock const   * const  old_vc ) ;
4361	void vgDrd_thread_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;		4377	void vgDrd_thread_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;
4362	void vgDrd_thread_set_record_loads(DrdThreadId const   tid ,		4378	void vgDrd_thread_set_record_loads(DrdThreadId const   tid ,
4363	Bool const   enabled ) ;		4379	Bool const   enabled ) ;
4364	void vgDrd_thread_set_record_stores(DrdThreadId const   tid ,		4380	void vgDrd_thread_set_record_stores(DrdThreadId const   tid ,
4365	Bool const   enabled ) ;		4381	Bool const   enabled ) ;
4366	void vgDrd_thread_print_all(void) ;		4382	void vgDrd_thread_print_all(void) ;
4367	extern void vgDrd_thread_report_races(DrdThreadId const   tid ) ;		4383	extern void vgDrd_thread_report_races(DrdThreadId const   tid ) ;
4368	extern void vgDrd_thread_report_races_segment(DrdThreadId const   tid ,		4384	extern void vgDrd_thread_report_races_segment(DrdThreadId const   tid ,
4369	Segment const   * const  p ) ;		4385	Segment const   * const  p ) ;
4370	extern void vgDrd_thread_report_all_races(void) ;		4386	extern void vgDrd_thread_report_all_races(void) ;
4371	void vgDrd_thread_report_conflicting_segments(DrdThreadId const   tid ,		4387	void vgDrd_thread_report_conflicting_segments(DrdThreadId const   tid ,
4372	Addr const   addr ,		4388	Addr const   addr ,
4373	SizeT const   size ,		4389	SizeT const   size ,
4374	BmAccessTypeT const   access_type ) ;		4390	BmAccessTypeT const   access_type ) ;
4375	ULong vgDrd_thread_get_context_switch_count(void) ;		4391	ULong vgDrd_thread_get_context_switch_count(void) ;
4376	extern ULong vgDrd_thread_get_report_races_count(void) ;		4392	extern ULong vgDrd_thread_get_report_races_count(void) ;
4377	ULong vgDrd_thread_get_discard_ordered_segments_count(void) ;		4393	ULong vgDrd_thread_get_discard_ordered_segments_count(void) ;
4378	ULong vgDrd_thread_get_compute_conflict_set_count(void) ;		4394	ULong vgDrd_thread_get_compute_conflict_set_count(void) ;
4379	ULong vgDrd_thread_get_update_conflict_set_count(void) ;		4395	ULong vgDrd_thread_get_update_conflict_set_count(void) ;
4380	ULong vgDrd_thread_get_update_conflict_set_new_sg_count(void) ;		4396	ULong vgDrd_thread_get_update_conflict_set_new_sg_count(void) ;
4381	ULong vgDrd_thread_get_update_conflict_set_sync_count(void) ;		4397	ULong vgDrd_thread_get_update_conflict_set_sync_count(void) ;
4382	ULong vgDrd_thread_get_update_conflict_set_join_count(void) ;		4398	ULong vgDrd_thread_get_update_conflict_set_join_count(void) ;
4383	ULong vgDrd_thread_get_conflict_set_bitmap_creation_count(void) ;		4399	ULong vgDrd_thread_get_conflict_set_bitmap_creation_count(void) ;
4384	ULong vgDrd_thread_get_conflict_set_bitmap2_creation_count(void) ;		4400	ULong vgDrd_thread_get_conflict_set_bitmap2_creation_count(void) ;
4385	__inline static Bool vgDrd_IsValidDrdThreadId(DrdThreadId const   tid )		4401	__inline static Bool vgDrd_IsValidDrdThreadId(DrdThreadId const   tid )
4386	{		4402	{
4387	int tmp ;		4403	int tmp ;
4388			4404
4389	{		4405	{
4390	if (0 <= (int )tid) {		4406	if (0 <= (int )tid) {
4391	if (tid < 500U) {		4407	if (tid < 500U) {
4392	if (tid != 0U) {		4408	if (tid != 0U) {
4393	if (vgDrd_g_threadinfo[tid].valid) {		4409	if (vgDrd_g_threadinfo[tid].valid) {
4394	tmp = 1;		4410	tmp = 1;
4395	} else {		4411	} else {
4396	tmp = 0;		4412	tmp = 0;
4397	}		4413	}
4398	} else {		4414	} else {
4399	tmp = 0;		4415	tmp = 0;
4400	}		4416	}
4401	} else {		4417	} else {
4402	tmp = 0;		4418	tmp = 0;
4403	}		4419	}
4404	} else {		4420	} else {
4405	tmp = 0;		4421	tmp = 0;
4406	}		4422	}
4407	return ((Bool )tmp);		4423	return ((Bool )tmp);
4408	}		4424	}
4409	}		4425	}
4410	__inline static DrdThreadId vgDrd_thread_get_running_tid(void)		4426	__inline static DrdThreadId vgDrd_thread_get_running_tid(void)
4411	{		4427	{
4412			4428
4413			4429
4414	{		4430	{
4415	return (vgDrd_g_drd_running_tid);		4431	return (vgDrd_g_drd_running_tid);
4416	}		4432	}
4417	}		4433	}
4418	__inline static struct bitmap *vgDrd_thread_get_conflict_set(void)		4434	__inline static struct bitmap *vgDrd_thread_get_conflict_set(void)
4419	{		4435	{
4420			4436
4421			4437
4422	{		4438	{
4423	return (vgDrd_g_conflict_set);		4439	return (vgDrd_g_conflict_set);
4424	}		4440	}
4425	}		4441	}
4426	__inline static Bool vgDrd_running_thread_inside_pthread_create(void)		4442	__inline static Bool vgDrd_running_thread_inside_pthread_create(void)
4427	{		4443	{
4428			4444
4429			4445
4430	{		4446	{
4431	return ((Bool )(vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].pthread_create_nesting_level > 0));		4447	return ((Bool )(vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].pthread_create_nesting_level > 0));
4432	}		4448	}
4433	}		4449	}
4434	__inline static Bool vgDrd_running_thread_is_recording_loads(void)		4450	__inline static Bool vgDrd_running_thread_is_recording_loads(void)
4435	{		4451	{
4436	int tmp ;		4452	int tmp ;
4437			4453
4438	{		4454	{
4439	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].synchr_nesting == 0) {		4455	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].synchr_nesting == 0) {
4440	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].is_recording_loads) {		4456	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].is_recording_loads) {
4441	tmp = 1;		4457	tmp = 1;
4442	} else {		4458	} else {
4443	tmp = 0;		4459	tmp = 0;
4444	}		4460	}
4445	} else {		4461	} else {
4446	tmp = 0;		4462	tmp = 0;
4447	}		4463	}
4448	return ((Bool )tmp);		4464	return ((Bool )tmp);
4449	}		4465	}
4450	}		4466	}
4451	__inline static Bool vgDrd_running_thread_is_recording_stores(void)		4467	__inline static Bool vgDrd_running_thread_is_recording_stores(void)
4452	{		4468	{
4453	int tmp ;		4469	int tmp ;
4454			4470
4455	{		4471	{
4456	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].synchr_nesting == 0) {		4472	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].synchr_nesting == 0) {
4457	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].is_recording_stores) {		4473	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].is_recording_stores) {
4458	tmp = 1;		4474	tmp = 1;
4459	} else {		4475	} else {
4460	tmp = 0;		4476	tmp = 0;
4461	}		4477	}
4462	} else {		4478	} else {
4463	tmp = 0;		4479	tmp = 0;
4464	}		4480	}
4465	return ((Bool )tmp);		4481	return ((Bool )tmp);
4466	}		4482	}
4467	}		4483	}
4468	__inline static void vgDrd_thread_set_stack_min(DrdThreadId const   tid ,		4484	__inline static void vgDrd_thread_set_stack_min(DrdThreadId const   tid ,
4469	Addr const   stack_min )		4485	Addr const   stack_min )
4470	{		4486	{
4471	long tmp ;		4487	long tmp ;
4472			4488
4473	{		4489	{
4474	vgDrd_g_threadinfo[tid].stack_min = (Addr )stack_min;		4490	vgDrd_g_threadinfo[tid].stack_min = (Addr )stack_min;
4475	tmp = __builtin_expect((long )(! (! (stack_min < (Addr const   )vgDrd_g_threadinfo[tid].stack_min_min))),		4491	tmp = __builtin_expect((long )(! (! (stack_min < (Addr const   )vgDrd_g_threadinfo[tid].stack_min_min))),
4476	0L);		4492	0L);
4477	if (tmp) {		4493	if (tmp) {
4478	vgDrd_g_threadinfo[tid].stack_min_min = (Addr )stack_min;		4494	vgDrd_g_threadinfo[tid].stack_min_min = (Addr )stack_min;
4479	} else {		4495	} else {
4480			4496
4481	}		4497	}
4482	return;		4498	return;
4483	}		4499	}
4484	}		4500	}
4485	__inline static Bool vgDrd_thread_address_on_stack(Addr const   a )		4501	__inline static Bool vgDrd_thread_address_on_stack(Addr const   a )
4486	{		4502	{
4487	int tmp ;		4503	int tmp ;
4488			4504
4489	{		4505	{
4490	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].stack_min <= (Addr )a) {		4506	if (vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].stack_min <= (Addr )a) {
4491	if (a < (Addr const   )vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].stack_max) {		4507	if (a < (Addr const   )vgDrd_g_threadinfo[vgDrd_g_drd_running_tid].stack_max) {
4492	tmp = 1;		4508	tmp = 1;
4493	} else {		4509	} else {
4494	tmp = 0;		4510	tmp = 0;
4495	}		4511	}
4496	} else {		4512	} else {
4497	tmp = 0;		4513	tmp = 0;
4498	}		4514	}
4499	return ((Bool )tmp);		4515	return ((Bool )tmp);
4500	}		4516	}
4501	}		4517	}
4502	__inline static Bool vgDrd_thread_address_on_any_stack(Addr const   a )		4518	__inline static Bool vgDrd_thread_address_on_any_stack(Addr const   a )
4503	{		4519	{
4504	int i ;		4520	int i ;
4505			4521
4506	{		4522	{
4507	i = 1;		4523	i = 1;
4508	while (i < 500) {		4524	while (i < 500) {
4509	if (vgDrd_g_threadinfo[i].vg_thread_exists) {		4525	if (vgDrd_g_threadinfo[i].vg_thread_exists) {
4510	if (vgDrd_g_threadinfo[i].stack_min <= (Addr )a) {		4526	if (vgDrd_g_threadinfo[i].stack_min <= (Addr )a) {
4511	if (a < (Addr const   )vgDrd_g_threadinfo[i].stack_max) {		4527	if (a < (Addr const   )vgDrd_g_threadinfo[i].stack_max) {
4512	return ((Bool )1);		4528	return ((Bool )1);
4513	} else {		4529	} else {
4514			4530
4515	}		4531	}
4516	} else {		4532	} else {
4517			4533
4518	}		4534	}
4519	} else {		4535	} else {
4520			4536
4521	}		4537	}
4522	i ++;		4538	i ++;
4523	}		4539	}
4524	return ((Bool )0);		4540	return ((Bool )0);
4525	}		4541	}
4526	}		4542	}
4527	__inline static Segment *vgDrd_thread_get_segment(DrdThreadId const   tid )		4543	__inline static Segment *vgDrd_thread_get_segment(DrdThreadId const   tid )
4528	{		4544	{
4529			4545
4530			4546
4531	{		4547	{
4532	return (vgDrd_g_threadinfo[tid].sg_last);		4548	return (vgDrd_g_threadinfo[tid].sg_last);
4533	}		4549	}
4534	}		4550	}
4535	__inline static Segment *vgDrd_running_thread_get_segment(void)		4551	__inline static Segment *vgDrd_running_thread_get_segment(void)
4536	{		4552	{
4537	Segment *tmp ;		4553	Segment *tmp ;
4538			4554
4539	{		4555	{
4540	tmp = vgDrd_thread_get_segment((DrdThreadId const   )vgDrd_g_drd_running_tid);		4556	tmp = vgDrd_thread_get_segment((DrdThreadId const   )vgDrd_g_drd_running_tid);
4541	return (tmp);		4557	return (tmp);
4542	}		4558	}
4543	}		4559	}
4544	__inline static Bool bm_access_load_1_triggers_conflict(Addr const   a1 )		4560	__inline static Bool bm_access_load_1_triggers_conflict(Addr const   a1 )
4545	{		4561	{
4546	Segment *tmp ;		4562	Segment *tmp ;
4547	struct bitmap *tmp___0 ;		4563	struct bitmap *tmp___0 ;
4548	struct bitmap *tmp___1 ;		4564	struct bitmap *tmp___1 ;
4549	Bool tmp___2 ;		4565	Bool tmp___2 ;
4550			4566
4551	{		4567	{
4552	tmp = vgDrd_running_thread_get_segment();		4568	tmp = vgDrd_running_thread_get_segment();
4553	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4569	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4554	vgDrd_bm_access_load_1((struct bitmap */* const  */)tmp___0, a1);		4570	vgDrd_bm_access_load_1((struct bitmap */* const  */)tmp___0, a1);
4555	tmp___1 = vgDrd_thread_get_conflict_set();		4571	tmp___1 = vgDrd_thread_get_conflict_set();
4556	tmp___2 = vgDrd_bm_load_1_has_conflict_with((struct bitmap */* const  */)tmp___1,		4572	tmp___2 = vgDrd_bm_load_1_has_conflict_with((struct bitmap */* const  */)tmp___1,
4557	a1);		4573	a1);
4558	return (tmp___2);		4574	return (tmp___2);
4559	}		4575	}
4560	}		4576	}
4561	__inline static Bool bm_access_load_2_triggers_conflict(Addr const   a1 )		4577	__inline static Bool bm_access_load_2_triggers_conflict(Addr const   a1 )
4562	{		4578	{
4563	Segment *tmp ;		4579	Segment *tmp ;
4564	struct bitmap *tmp___0 ;		4580	struct bitmap *tmp___0 ;
4565	struct bitmap *tmp___1 ;		4581	struct bitmap *tmp___1 ;
4566	Bool tmp___2 ;		4582	Bool tmp___2 ;
4567	Segment *tmp___3 ;		4583	Segment *tmp___3 ;
4568	struct bitmap *tmp___4 ;		4584	struct bitmap *tmp___4 ;
4569	struct bitmap *tmp___5 ;		4585	struct bitmap *tmp___5 ;
4570	Bool tmp___6 ;		4586	Bool tmp___6 ;
4571			4587
4572	{		4588	{
4573	if ((a1 & 1UL) == 0UL) {		4589	if ((a1 & 1UL) == 0UL) {
4574	tmp = vgDrd_running_thread_get_segment();		4590	tmp = vgDrd_running_thread_get_segment();
4575	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4591	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4576	bm_access_aligned_load((struct bitmap */* const  */)tmp___0, a1,		4592	bm_access_aligned_load((struct bitmap */* const  */)tmp___0, a1,
4577	(SizeT const   )2);		4593	(SizeT const   )2);
4578	tmp___1 = vgDrd_thread_get_conflict_set();		4594	tmp___1 = vgDrd_thread_get_conflict_set();
4579	tmp___2 = bm_aligned_load_has_conflict_with((struct bitmap */* const  */)tmp___1,		4595	tmp___2 = bm_aligned_load_has_conflict_with((struct bitmap */* const  */)tmp___1,
4580	a1, (SizeT const   )2);		4596	a1, (SizeT const   )2);
4581	return (tmp___2);		4597	return (tmp___2);
4582	} else {		4598	} else {
4583	tmp___3 = vgDrd_running_thread_get_segment();		4599	tmp___3 = vgDrd_running_thread_get_segment();
4584	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);		4600	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);
4585	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 2UL,		4601	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 2UL,
4586	(BmAccessTypeT const   )0);		4602	(BmAccessTypeT const   )0);
4587	tmp___5 = vgDrd_thread_get_conflict_set();		4603	tmp___5 = vgDrd_thread_get_conflict_set();
4588	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,		4604	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,
4589	a1, a1 + 2UL, (BmAccessTypeT const   )0);		4605	a1, a1 + 2UL, (BmAccessTypeT const   )0);
4590	return (tmp___6);		4606	return (tmp___6);
4591	}		4607	}
4592	}		4608	}
4593	}		4609	}
4594	__inline static Bool bm_access_load_4_triggers_conflict(Addr const   a1 )		4610	__inline static Bool bm_access_load_4_triggers_conflict(Addr const   a1 )
4595	{		4611	{
4596	Segment *tmp ;		4612	Segment *tmp ;
4597	struct bitmap *tmp___0 ;		4613	struct bitmap *tmp___0 ;
4598	struct bitmap *tmp___1 ;		4614	struct bitmap *tmp___1 ;
4599	Bool tmp___2 ;		4615	Bool tmp___2 ;
4600	Segment *tmp___3 ;		4616	Segment *tmp___3 ;
4601	struct bitmap *tmp___4 ;		4617	struct bitmap *tmp___4 ;
4602	struct bitmap *tmp___5 ;		4618	struct bitmap *tmp___5 ;
4603	Bool tmp___6 ;		4619	Bool tmp___6 ;
4604			4620
4605	{		4621	{
4606	if ((a1 & 3UL) == 0UL) {		4622	if ((a1 & 3UL) == 0UL) {
4607	tmp = vgDrd_running_thread_get_segment();		4623	tmp = vgDrd_running_thread_get_segment();
4608	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4624	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4609	bm_access_aligned_load((struct bitmap */* const  */)tmp___0, a1,		4625	bm_access_aligned_load((struct bitmap */* const  */)tmp___0, a1,
4610	(SizeT const   )4);		4626	(SizeT const   )4);
4611	tmp___1 = vgDrd_thread_get_conflict_set();		4627	tmp___1 = vgDrd_thread_get_conflict_set();
4612	tmp___2 = bm_aligned_load_has_conflict_with((struct bitmap */* const  */)tmp___1,		4628	tmp___2 = bm_aligned_load_has_conflict_with((struct bitmap */* const  */)tmp___1,
4613	a1, (SizeT const   )4);		4629	a1, (SizeT const   )4);
4614	return (tmp___2);		4630	return (tmp___2);
4615	} else {		4631	} else {
4616	tmp___3 = vgDrd_running_thread_get_segment();		4632	tmp___3 = vgDrd_running_thread_get_segment();
4617	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);		4633	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);
4618	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 4UL,		4634	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 4UL,
4619	(BmAccessTypeT const   )0);		4635	(BmAccessTypeT const   )0);
4620	tmp___5 = vgDrd_thread_get_conflict_set();		4636	tmp___5 = vgDrd_thread_get_conflict_set();
4621	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,		4637	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,
4622	a1, a1 + 4UL, (BmAccessTypeT const   )0);		4638	a1, a1 + 4UL, (BmAccessTypeT const   )0);
4623	return (tmp___6);		4639	return (tmp___6);
4624	}		4640	}
4625	}		4641	}
4626	}		4642	}
4627	__inline static Bool bm_access_load_8_triggers_conflict(Addr const   a1 )		4643	__inline static Bool bm_access_load_8_triggers_conflict(Addr const   a1 )
4628	{		4644	{
4629	Segment *tmp ;		4645	Segment *tmp ;
4630	struct bitmap *tmp___0 ;		4646	struct bitmap *tmp___0 ;
4631	struct bitmap *tmp___1 ;		4647	struct bitmap *tmp___1 ;
4632	Bool tmp___2 ;		4648	Bool tmp___2 ;
4633	Segment *tmp___3 ;		4649	Segment *tmp___3 ;
4634	struct bitmap *tmp___4 ;		4650	struct bitmap *tmp___4 ;
4635	Segment *tmp___5 ;		4651	Segment *tmp___5 ;
4636	struct bitmap *tmp___6 ;		4652	struct bitmap *tmp___6 ;
4637	struct bitmap *tmp___7 ;		4653	struct bitmap *tmp___7 ;
4638	Bool tmp___8 ;		4654	Bool tmp___8 ;
4639	Segment *tmp___9 ;		4655	Segment *tmp___9 ;
4640	struct bitmap *tmp___10 ;		4656	struct bitmap *tmp___10 ;
4641	struct bitmap *tmp___11 ;		4657	struct bitmap *tmp___11 ;
4642	Bool tmp___12 ;		4658	Bool tmp___12 ;
4643			4659
4644	{		4660	{
4645	if ((a1 & 7UL) == 0UL) {		4661	if ((a1 & 7UL) == 0UL) {
4646	tmp = vgDrd_running_thread_get_segment();		4662	tmp = vgDrd_running_thread_get_segment();
4647	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4663	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4648	bm_access_aligned_load((struct bitmap */* const  */)tmp___0, a1,		4664	bm_access_aligned_load((struct bitmap */* const  */)tmp___0, a1,
4649	(SizeT const   )8);		4665	(SizeT const   )8);
4650	tmp___1 = vgDrd_thread_get_conflict_set();		4666	tmp___1 = vgDrd_thread_get_conflict_set();
4651	tmp___2 = bm_aligned_load_has_conflict_with((struct bitmap */* const  */)tmp___1,		4667	tmp___2 = bm_aligned_load_has_conflict_with((struct bitmap */* const  */)tmp___1,
4652	a1, (SizeT const   )8);		4668	a1, (SizeT const   )8);
4653	return (tmp___2);		4669	return (tmp___2);
4654	} else		4670	} else
4655	if ((a1 & 3UL) == 0UL) {		4671	if ((a1 & 3UL) == 0UL) {
4656	tmp___3 = vgDrd_running_thread_get_segment();		4672	tmp___3 = vgDrd_running_thread_get_segment();
4657	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);		4673	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);
4658	bm_access_aligned_load((struct bitmap */* const  */)tmp___4, a1,		4674	bm_access_aligned_load((struct bitmap */* const  */)tmp___4, a1,
4659	(SizeT const   )4);		4675	(SizeT const   )4);
4660	tmp___5 = vgDrd_running_thread_get_segment();		4676	tmp___5 = vgDrd_running_thread_get_segment();
4661	tmp___6 = vgDrd_sg_bm((Segment */* const  */)tmp___5);		4677	tmp___6 = vgDrd_sg_bm((Segment */* const  */)tmp___5);
4662	bm_access_aligned_load((struct bitmap */* const  */)tmp___6, a1 + 4UL,		4678	bm_access_aligned_load((struct bitmap */* const  */)tmp___6, a1 + 4UL,
4663	(SizeT const   )4);		4679	(SizeT const   )4);
4664	tmp___7 = vgDrd_thread_get_conflict_set();		4680	tmp___7 = vgDrd_thread_get_conflict_set();
4665	tmp___8 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___7,		4681	tmp___8 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___7,
4666	a1, a1 + 8UL, (BmAccessTypeT const   )0);		4682	a1, a1 + 8UL, (BmAccessTypeT const   )0);
4667	return (tmp___8);		4683	return (tmp___8);
4668	} else {		4684	} else {
4669	tmp___9 = vgDrd_running_thread_get_segment();		4685	tmp___9 = vgDrd_running_thread_get_segment();
4670	tmp___10 = vgDrd_sg_bm((Segment */* const  */)tmp___9);		4686	tmp___10 = vgDrd_sg_bm((Segment */* const  */)tmp___9);
4671	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___10, a1, a1 + 8UL,		4687	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___10, a1, a1 + 8UL,
4672	(BmAccessTypeT const   )0);		4688	(BmAccessTypeT const   )0);
4673	tmp___11 = vgDrd_thread_get_conflict_set();		4689	tmp___11 = vgDrd_thread_get_conflict_set();
4674	tmp___12 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___11,		4690	tmp___12 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___11,
4675	a1, a1 + 8UL,		4691	a1, a1 + 8UL,
4676	(BmAccessTypeT const   )0);		4692	(BmAccessTypeT const   )0);
4677	return (tmp___12);		4693	return (tmp___12);
4678	}		4694	}
4679	}		4695	}
4680	}		4696	}
4681	__inline static Bool bm_access_load_triggers_conflict(Addr const   a1 ,		4697	__inline static Bool bm_access_load_triggers_conflict(Addr const   a1 ,
4682	Addr const   a2 )		4698	Addr const   a2 )
4683	{		4699	{
4684	Segment *tmp ;		4700	Segment *tmp ;
4685	struct bitmap *tmp___0 ;		4701	struct bitmap *tmp___0 ;
4686	struct bitmap *tmp___1 ;		4702	struct bitmap *tmp___1 ;
4687	Bool tmp___2 ;		4703	Bool tmp___2 ;
4688			4704
4689	{		4705	{
4690	tmp = vgDrd_running_thread_get_segment();		4706	tmp = vgDrd_running_thread_get_segment();
4691	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4707	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4692	vgDrd_bm_access_range_load((struct bitmap */* const  */)tmp___0, a1, a2);		4708	vgDrd_bm_access_range_load((struct bitmap */* const  */)tmp___0, a1, a2);
4693	tmp___1 = vgDrd_thread_get_conflict_set();		4709	tmp___1 = vgDrd_thread_get_conflict_set();
4694	tmp___2 = vgDrd_bm_load_has_conflict_with((struct bitmap */* const  */)tmp___1,		4710	tmp___2 = vgDrd_bm_load_has_conflict_with((struct bitmap */* const  */)tmp___1,
4695	a1, a2);		4711	a1, a2);
4696	return (tmp___2);		4712	return (tmp___2);
4697	}		4713	}
4698	}		4714	}
4699	__inline static Bool bm_access_store_1_triggers_conflict(Addr const   a1 )		4715	__inline static Bool bm_access_store_1_triggers_conflict(Addr const   a1 )
4700	{		4716	{
4701	Segment *tmp ;		4717	Segment *tmp ;
4702	struct bitmap *tmp___0 ;		4718	struct bitmap *tmp___0 ;
4703	struct bitmap *tmp___1 ;		4719	struct bitmap *tmp___1 ;
4704	Bool tmp___2 ;		4720	Bool tmp___2 ;
4705			4721
4706	{		4722	{
4707	tmp = vgDrd_running_thread_get_segment();		4723	tmp = vgDrd_running_thread_get_segment();
4708	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4724	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4709	vgDrd_bm_access_store_1((struct bitmap */* const  */)tmp___0, a1);		4725	vgDrd_bm_access_store_1((struct bitmap */* const  */)tmp___0, a1);
4710	tmp___1 = vgDrd_thread_get_conflict_set();		4726	tmp___1 = vgDrd_thread_get_conflict_set();
4711	tmp___2 = vgDrd_bm_store_1_has_conflict_with((struct bitmap */* const  */)tmp___1,		4727	tmp___2 = vgDrd_bm_store_1_has_conflict_with((struct bitmap */* const  */)tmp___1,
4712	a1);		4728	a1);
4713	return (tmp___2);		4729	return (tmp___2);
4714	}		4730	}
4715	}		4731	}
4716	__inline static Bool bm_access_store_2_triggers_conflict(Addr const   a1 )		4732	__inline static Bool bm_access_store_2_triggers_conflict(Addr const   a1 )
4717	{		4733	{
4718	Segment *tmp ;		4734	Segment *tmp ;
4719	struct bitmap *tmp___0 ;		4735	struct bitmap *tmp___0 ;
4720	struct bitmap *tmp___1 ;		4736	struct bitmap *tmp___1 ;
4721	Bool tmp___2 ;		4737	Bool tmp___2 ;
4722	Segment *tmp___3 ;		4738	Segment *tmp___3 ;
4723	struct bitmap *tmp___4 ;		4739	struct bitmap *tmp___4 ;
4724	struct bitmap *tmp___5 ;		4740	struct bitmap *tmp___5 ;
4725	Bool tmp___6 ;		4741	Bool tmp___6 ;
4726			4742
4727	{		4743	{
4728	if ((a1 & 1UL) == 0UL) {		4744	if ((a1 & 1UL) == 0UL) {
4729	tmp = vgDrd_running_thread_get_segment();		4745	tmp = vgDrd_running_thread_get_segment();
4730	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4746	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4731	bm_access_aligned_store((struct bitmap */* const  */)tmp___0, a1,		4747	bm_access_aligned_store((struct bitmap */* const  */)tmp___0, a1,
4732	(SizeT const   )2);		4748	(SizeT const   )2);
4733	tmp___1 = vgDrd_thread_get_conflict_set();		4749	tmp___1 = vgDrd_thread_get_conflict_set();
4734	tmp___2 = bm_aligned_store_has_conflict_with((struct bitmap */* const  */)tmp___1,		4750	tmp___2 = bm_aligned_store_has_conflict_with((struct bitmap */* const  */)tmp___1,
4735	a1, (SizeT const   )2);		4751	a1, (SizeT const   )2);
4736	return (tmp___2);		4752	return (tmp___2);
4737	} else {		4753	} else {
4738	tmp___3 = vgDrd_running_thread_get_segment();		4754	tmp___3 = vgDrd_running_thread_get_segment();
4739	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);		4755	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);
4740	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 2UL,		4756	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 2UL,
4741	(BmAccessTypeT const   )1);		4757	(BmAccessTypeT const   )1);
4742	tmp___5 = vgDrd_thread_get_conflict_set();		4758	tmp___5 = vgDrd_thread_get_conflict_set();
4743	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,		4759	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,
4744	a1, a1 + 2UL, (BmAccessTypeT const   )1);		4760	a1, a1 + 2UL, (BmAccessTypeT const   )1);
4745	return (tmp___6);		4761	return (tmp___6);
4746	}		4762	}
4747	}		4763	}
4748	}		4764	}
4749	__inline static Bool bm_access_store_4_triggers_conflict(Addr const   a1 )		4765	__inline static Bool bm_access_store_4_triggers_conflict(Addr const   a1 )
4750	{		4766	{
4751	Segment *tmp ;		4767	Segment *tmp ;
4752	struct bitmap *tmp___0 ;		4768	struct bitmap *tmp___0 ;
4753	struct bitmap *tmp___1 ;		4769	struct bitmap *tmp___1 ;
4754	Bool tmp___2 ;		4770	Bool tmp___2 ;
4755	Segment *tmp___3 ;		4771	Segment *tmp___3 ;
4756	struct bitmap *tmp___4 ;		4772	struct bitmap *tmp___4 ;
4757	struct bitmap *tmp___5 ;		4773	struct bitmap *tmp___5 ;
4758	Bool tmp___6 ;		4774	Bool tmp___6 ;
4759			4775
4760	{		4776	{
4761	if ((a1 & 3UL) == 0UL) {		4777	if ((a1 & 3UL) == 0UL) {
4762	tmp = vgDrd_running_thread_get_segment();		4778	tmp = vgDrd_running_thread_get_segment();
4763	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4779	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4764	bm_access_aligned_store((struct bitmap */* const  */)tmp___0, a1,		4780	bm_access_aligned_store((struct bitmap */* const  */)tmp___0, a1,
4765	(SizeT const   )4);		4781	(SizeT const   )4);
4766	tmp___1 = vgDrd_thread_get_conflict_set();		4782	tmp___1 = vgDrd_thread_get_conflict_set();
4767	tmp___2 = bm_aligned_store_has_conflict_with((struct bitmap */* const  */)tmp___1,		4783	tmp___2 = bm_aligned_store_has_conflict_with((struct bitmap */* const  */)tmp___1,
4768	a1, (SizeT const   )4);		4784	a1, (SizeT const   )4);
4769	return (tmp___2);		4785	return (tmp___2);
4770	} else {		4786	} else {
4771	tmp___3 = vgDrd_running_thread_get_segment();		4787	tmp___3 = vgDrd_running_thread_get_segment();
4772	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);		4788	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);
4773	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 4UL,		4789	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___4, a1, a1 + 4UL,
4774	(BmAccessTypeT const   )1);		4790	(BmAccessTypeT const   )1);
4775	tmp___5 = vgDrd_thread_get_conflict_set();		4791	tmp___5 = vgDrd_thread_get_conflict_set();
4776	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,		4792	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,
4777	a1, a1 + 4UL, (BmAccessTypeT const   )1);		4793	a1, a1 + 4UL, (BmAccessTypeT const   )1);
4778	return (tmp___6);		4794	return (tmp___6);
4779	}		4795	}
4780	}		4796	}
4781	}		4797	}
4782	__inline static Bool bm_access_store_8_triggers_conflict(Addr const   a1 )		4798	__inline static Bool bm_access_store_8_triggers_conflict(Addr const   a1 )
4783	{		4799	{
4784	Segment *tmp ;		4800	Segment *tmp ;
4785	struct bitmap *tmp___0 ;		4801	struct bitmap *tmp___0 ;
4786	struct bitmap *tmp___1 ;		4802	struct bitmap *tmp___1 ;
4787	Bool tmp___2 ;		4803	Bool tmp___2 ;
4788	Segment *tmp___3 ;		4804	Segment *tmp___3 ;
4789	struct bitmap *tmp___4 ;		4805	struct bitmap *tmp___4 ;
4790	Segment *tmp___5 ;		4806	Segment *tmp___5 ;
4791	struct bitmap *tmp___6 ;		4807	struct bitmap *tmp___6 ;
4792	struct bitmap *tmp___7 ;		4808	struct bitmap *tmp___7 ;
4793	Bool tmp___8 ;		4809	Bool tmp___8 ;
4794	Segment *tmp___9 ;		4810	Segment *tmp___9 ;
4795	struct bitmap *tmp___10 ;		4811	struct bitmap *tmp___10 ;
4796	struct bitmap *tmp___11 ;		4812	struct bitmap *tmp___11 ;
4797	Bool tmp___12 ;		4813	Bool tmp___12 ;
4798			4814
4799	{		4815	{
4800	if ((a1 & 7UL) == 0UL) {		4816	if ((a1 & 7UL) == 0UL) {
4801	tmp = vgDrd_running_thread_get_segment();		4817	tmp = vgDrd_running_thread_get_segment();
4802	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4818	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4803	bm_access_aligned_store((struct bitmap */* const  */)tmp___0, a1,		4819	bm_access_aligned_store((struct bitmap */* const  */)tmp___0, a1,
4804	(SizeT const   )8);		4820	(SizeT const   )8);
4805	tmp___1 = vgDrd_thread_get_conflict_set();		4821	tmp___1 = vgDrd_thread_get_conflict_set();
4806	tmp___2 = bm_aligned_store_has_conflict_with((struct bitmap */* const  */)tmp___1,		4822	tmp___2 = bm_aligned_store_has_conflict_with((struct bitmap */* const  */)tmp___1,
4807	a1, (SizeT const   )8);		4823	a1, (SizeT const   )8);
4808	return (tmp___2);		4824	return (tmp___2);
4809	} else		4825	} else
4810	if ((a1 & 3UL) == 0UL) {		4826	if ((a1 & 3UL) == 0UL) {
4811	tmp___3 = vgDrd_running_thread_get_segment();		4827	tmp___3 = vgDrd_running_thread_get_segment();
4812	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);		4828	tmp___4 = vgDrd_sg_bm((Segment */* const  */)tmp___3);
4813	bm_access_aligned_store((struct bitmap */* const  */)tmp___4, a1,		4829	bm_access_aligned_store((struct bitmap */* const  */)tmp___4, a1,
4814	(SizeT const   )4);		4830	(SizeT const   )4);
4815	tmp___5 = vgDrd_running_thread_get_segment();		4831	tmp___5 = vgDrd_running_thread_get_segment();
4816	tmp___6 = vgDrd_sg_bm((Segment */* const  */)tmp___5);		4832	tmp___6 = vgDrd_sg_bm((Segment */* const  */)tmp___5);
4817	bm_access_aligned_store((struct bitmap */* const  */)tmp___6, a1 + 4UL,		4833	bm_access_aligned_store((struct bitmap */* const  */)tmp___6, a1 + 4UL,
4818	(SizeT const   )4);		4834	(SizeT const   )4);
4819	tmp___7 = vgDrd_thread_get_conflict_set();		4835	tmp___7 = vgDrd_thread_get_conflict_set();
4820	tmp___8 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___7,		4836	tmp___8 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___7,
4821	a1, a1 + 8UL, (BmAccessTypeT const   )1);		4837	a1, a1 + 8UL, (BmAccessTypeT const   )1);
4822	return (tmp___8);		4838	return (tmp___8);
4823	} else {		4839	} else {
4824	tmp___9 = vgDrd_running_thread_get_segment();		4840	tmp___9 = vgDrd_running_thread_get_segment();
4825	tmp___10 = vgDrd_sg_bm((Segment */* const  */)tmp___9);		4841	tmp___10 = vgDrd_sg_bm((Segment */* const  */)tmp___9);
4826	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___10, a1, a1 + 8UL,		4842	vgDrd_bm_access_range((struct bitmap */* const  */)tmp___10, a1, a1 + 8UL,
4827	(BmAccessTypeT const   )1);		4843	(BmAccessTypeT const   )1);
4828	tmp___11 = vgDrd_thread_get_conflict_set();		4844	tmp___11 = vgDrd_thread_get_conflict_set();
4829	tmp___12 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___11,		4845	tmp___12 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___11,
4830	a1, a1 + 8UL,		4846	a1, a1 + 8UL,
4831	(BmAccessTypeT const   )1);		4847	(BmAccessTypeT const   )1);
4832	return (tmp___12);		4848	return (tmp___12);
4833	}		4849	}
4834	}		4850	}
4835	}		4851	}
4836	__inline static Bool bm_access_store_triggers_conflict(Addr const   a1 ,		4852	__inline static Bool bm_access_store_triggers_conflict(Addr const   a1 ,
4837	Addr const   a2 )		4853	Addr const   a2 )
4838	{		4854	{
4839	Segment *tmp ;		4855	Segment *tmp ;
4840	struct bitmap *tmp___0 ;		4856	struct bitmap *tmp___0 ;
4841	struct bitmap *tmp___1 ;		4857	struct bitmap *tmp___1 ;
4842	Bool tmp___2 ;		4858	Bool tmp___2 ;
4843			4859
4844	{		4860	{
4845	tmp = vgDrd_running_thread_get_segment();		4861	tmp = vgDrd_running_thread_get_segment();
4846	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);		4862	tmp___0 = vgDrd_sg_bm((Segment */* const  */)tmp);
4847	vgDrd_bm_access_range_store((struct bitmap */* const  */)tmp___0, a1, a2);		4863	vgDrd_bm_access_range_store((struct bitmap */* const  */)tmp___0, a1, a2);
4848	tmp___1 = vgDrd_thread_get_conflict_set();		4864	tmp___1 = vgDrd_thread_get_conflict_set();
4849	tmp___2 = vgDrd_bm_store_has_conflict_with((struct bitmap */* const  */)tmp___1,		4865	tmp___2 = vgDrd_bm_store_has_conflict_with((struct bitmap */* const  */)tmp___1,
4850	a1, a2);		4866	a1, a2);
4851	return (tmp___2);		4867	return (tmp___2);
4852	}		4868	}
4853	}		4869	}
4854	extern Bool vgPlain_get_filename(Addr a , Char *filename , Int n_filename ) ;		4870	extern Bool vgPlain_get_filename(Addr a , Char *filename , Int n_filename ) ;
4855	extern Bool vgPlain_get_fnname(Addr a , Char *fnname , Int n_fnname ) ;		4871	extern Bool vgPlain_get_fnname(Addr a , Char *fnname , Int n_fnname ) ;
4856	extern Bool vgPlain_get_linenum(Addr a , UInt *linenum ) ;		4872	extern Bool vgPlain_get_linenum(Addr a , UInt *linenum ) ;
4857	extern Bool vgPlain_get_fnname_w_offset(Addr a , Char *fnname , Int n_fnname ) ;		4873	extern Bool vgPlain_get_fnname_w_offset(Addr a , Char *fnname , Int n_fnname ) ;
4858	extern Bool vgPlain_get_filename_linenum(Addr a , Char *filename ,		4874	extern Bool vgPlain_get_filename_linenum(Addr a , Char *filename ,
4859	Int n_filename , Char *dirname ,		4875	Int n_filename , Char *dirname ,
4860	Int n_dirname ,		4876	Int n_dirname ,
4861	Bool *dirname_available ,		4877	Bool *dirname_available ,
4862	UInt *linenum ) ;		4878	UInt *linenum ) ;
4863	extern Bool vgPlain_get_fnname_if_entry(Addr a , Char *fnname , Int n_fnname ) ;		4879	extern Bool vgPlain_get_fnname_if_entry(Addr a , Char *fnname , Int n_fnname ) ;
4864	extern Vg_FnNameKind vgPlain_get_fnname_kind(Char *name ) ;		4880	extern Vg_FnNameKind vgPlain_get_fnname_kind(Char *name ) ;
4865	extern Vg_FnNameKind vgPlain_get_fnname_kind_from_IP(Addr ip ) ;		4881	extern Vg_FnNameKind vgPlain_get_fnname_kind_from_IP(Addr ip ) ;
4866	extern Bool vgPlain_get_datasym_and_offset(Addr data_addr , Char *dname ,		4882	extern Bool vgPlain_get_datasym_and_offset(Addr data_addr , Char *dname ,
4867	Int n_dname , PtrdiffT *offset ) ;		4883	Int n_dname , PtrdiffT *offset ) ;
4868	extern Bool vgPlain_get_data_description(void *dname1v , void *dname2v ,		4884	extern Bool vgPlain_get_data_description(void *dname1v , void *dname2v ,
4869	Addr data_addr ) ;		4885	Addr data_addr ) ;
4870	extern Bool vgPlain_get_objname(Addr a , Char *objname , Int n_objname ) ;		4886	extern Bool vgPlain_get_objname(Addr a , Char *objname , Int n_objname ) ;
4871	extern Char *vgPlain_describe_IP(Addr eip , Char *buf , Int n_buf ) ;		4887	extern Char *vgPlain_describe_IP(Addr eip , Char *buf , Int n_buf ) ;
4872	extern void *vgPlain_di_get_stack_blocks_at_ip(Addr ip , Bool arrays_only ) ;		4888	extern void *vgPlain_di_get_stack_blocks_at_ip(Addr ip , Bool arrays_only ) ;
4873	extern void *vgPlain_di_get_global_blocks_from_dihandle(ULong di_handle ,		4889	extern void *vgPlain_di_get_global_blocks_from_dihandle(ULong di_handle ,
4874	Bool arrays_only ) ;		4890	Bool arrays_only ) ;
4875	extern DebugInfo *vgPlain_find_DebugInfo(Addr a ) ;		4891	extern DebugInfo *vgPlain_find_DebugInfo(Addr a ) ;
4876	extern Addr vgPlain_DebugInfo_get_text_avma(DebugInfo const   *di ) ;		4892	extern Addr vgPlain_DebugInfo_get_text_avma(DebugInfo const   *di ) ;
4877	extern SizeT vgPlain_DebugInfo_get_text_size(DebugInfo const   *di ) ;		4893	extern SizeT vgPlain_DebugInfo_get_text_size(DebugInfo const   *di ) ;
4878	extern Addr vgPlain_DebugInfo_get_plt_avma(DebugInfo const   *di ) ;		4894	extern Addr vgPlain_DebugInfo_get_plt_avma(DebugInfo const   *di ) ;
4879	extern SizeT vgPlain_DebugInfo_get_plt_size(DebugInfo const   *di ) ;		4895	extern SizeT vgPlain_DebugInfo_get_plt_size(DebugInfo const   *di ) ;
4880	extern Addr vgPlain_DebugInfo_get_gotplt_avma(DebugInfo const   *di ) ;		4896	extern Addr vgPlain_DebugInfo_get_gotplt_avma(DebugInfo const   *di ) ;
4881	extern SizeT vgPlain_DebugInfo_get_gotplt_size(DebugInfo const   *di ) ;		4897	extern SizeT vgPlain_DebugInfo_get_gotplt_size(DebugInfo const   *di ) ;
4882	extern UChar const   *vgPlain_DebugInfo_get_soname(DebugInfo const   *di ) ;		4898	extern UChar const   *vgPlain_DebugInfo_get_soname(DebugInfo const   *di ) ;
4883	extern UChar const   *vgPlain_DebugInfo_get_filename(DebugInfo const   *di ) ;		4899	extern UChar const   *vgPlain_DebugInfo_get_filename(DebugInfo const   *di ) ;
4884	extern PtrdiffT vgPlain_DebugInfo_get_text_bias(DebugInfo const   *di ) ;		4900	extern PtrdiffT vgPlain_DebugInfo_get_text_bias(DebugInfo const   *di ) ;
4885	extern DebugInfo const   *vgPlain_next_DebugInfo(DebugInfo const   *di ) ;		4901	extern DebugInfo const   *vgPlain_next_DebugInfo(DebugInfo const   *di ) ;
4886	extern Int vgPlain_DebugInfo_syms_howmany(DebugInfo const   *di ) ;		4902	extern Int vgPlain_DebugInfo_syms_howmany(DebugInfo const   *di ) ;
4887	extern void vgPlain_DebugInfo_syms_getidx(DebugInfo const   *di , Int idx ,		4903	extern void vgPlain_DebugInfo_syms_getidx(DebugInfo const   *di , Int idx ,
4888	Addr *avma , Addr *tocptr ,		4904	Addr *avma , Addr *tocptr ,
4889	UInt *size , UChar **pri_name ,		4905	UInt *size , UChar **pri_name ,
4890	UChar ***sec_names , Bool *isText ,		4906	UChar ***sec_names , Bool *isText ,
4891	Bool *isIFunc ) ;		4907	Bool *isIFunc ) ;
4892	extern HChar const   *vgPlain_pp_SectKind(VgSectKind kind ) ;		4908	extern HChar const   *vgPlain_pp_SectKind(VgSectKind kind ) ;
4893	extern VgSectKind vgPlain_DebugInfo_sect_kind(UChar *name , SizeT n_name ,		4909	extern VgSectKind vgPlain_DebugInfo_sect_kind(UChar *name , SizeT n_name ,
4894	Addr a ) ;		4910	Addr a ) ;
4895	extern ExeContext *vgPlain_get_error_where(Error *err ) ;		4911	extern ExeContext *vgPlain_get_error_where(Error *err ) ;
4896	extern ErrorKind vgPlain_get_error_kind(Error *err ) ;		4912	extern ErrorKind vgPlain_get_error_kind(Error *err ) ;
4897	extern Addr vgPlain_get_error_address(Error *err ) ;		4913	extern Addr vgPlain_get_error_address(Error *err ) ;
4898	extern Char *vgPlain_get_error_string(Error *err ) ;		4914	extern Char *vgPlain_get_error_string(Error *err ) ;
4899	extern void *vgPlain_get_error_extra(Error *err ) ;		4915	extern void *vgPlain_get_error_extra(Error *err ) ;
4900	extern void vgPlain_maybe_record_error(ThreadId tid , ErrorKind ekind , Addr a ,		4916	extern void vgPlain_maybe_record_error(ThreadId tid , ErrorKind ekind , Addr a ,
4901	Char *s , void *extra ) ;		4917	Char *s , void *extra ) ;
4902	extern Bool vgPlain_unique_error(ThreadId tid , ErrorKind ekind , Addr a ,		4918	extern Bool vgPlain_unique_error(ThreadId tid , ErrorKind ekind , Addr a ,
4903	Char *s , void *extra , ExeContext *where ,		4919	Char *s , void *extra , ExeContext *where ,
4904	Bool print_error , Bool allow_GDB_attach ,		4920	Bool print_error , Bool allow_GDB_attach ,
4905	Bool count_error ) ;		4921	Bool count_error ) ;
4906	extern Bool vgPlain_get_line(Int fd , Char **bufpp , SizeT *nBufp , Int *lineno ) ;		4922	extern Bool vgPlain_get_line(Int fd , Char **bufpp , SizeT *nBufp , Int *lineno ) ;
4907	extern SuppKind vgPlain_get_supp_kind(Supp *su ) ;		4923	extern SuppKind vgPlain_get_supp_kind(Supp *su ) ;
4908	extern Char *vgPlain_get_supp_string(Supp *su ) ;		4924	extern Char *vgPlain_get_supp_string(Supp *su ) ;
4909	extern void *vgPlain_get_supp_extra(Supp *su ) ;		4925	extern void *vgPlain_get_supp_extra(Supp *su ) ;
4910	extern void vgPlain_set_supp_kind(Supp *su , SuppKind suppkind ) ;		4926	extern void vgPlain_set_supp_kind(Supp *su , SuppKind suppkind ) ;
4911	extern void vgPlain_set_supp_string(Supp *su , Char *string ) ;		4927	extern void vgPlain_set_supp_string(Supp *su , Char *string ) ;
4912	extern void vgPlain_set_supp_extra(Supp *su , void *extra ) ;		4928	extern void vgPlain_set_supp_extra(Supp *su , void *extra ) ;
4913	extern void vgDrd_set_show_conflicting_segments(Bool const   scs ) ;		4929	extern void vgDrd_set_show_conflicting_segments(Bool const   scs ) ;
4914	extern void vgDrd_register_error_handlers(void) ;		4930	extern void vgDrd_register_error_handlers(void) ;
4915	extern void ( /* format attribute */  vgDrd_trace_msg)(char const   *format		4931	extern void ( /* format attribute */  vgDrd_trace_msg)(char const   *format
4916	, ...) ;		4932	, ...) ;
4917	extern void ( /* format attribute */  vgDrd_trace_msg_w_bt)(char const   *format		4933	extern void ( /* format attribute */  vgDrd_trace_msg_w_bt)(char const   *format
4918	, ...) ;		4934	, ...) ;
4919	extern Bool vgDrd_g_any_address_traced ;		4935	extern Bool vgDrd_g_any_address_traced ;
4920	extern void vgDrd_suppression_set_trace(Bool const   trace_suppression ) ;		4936	extern void vgDrd_suppression_set_trace(Bool const   trace_suppression ) ;
4921	extern void vgDrd_suppression_init(void) ;		4937	extern void vgDrd_suppression_init(void) ;
4922	extern void vgDrd_start_suppression(Addr const   a1 , Addr const   a2 ,		4938	extern void vgDrd_start_suppression(Addr const   a1 , Addr const   a2 ,
4923	char const   * const  reason ) ;		4939	char const   * const  reason ) ;
4924	extern void vgDrd_finish_suppression(Addr const   a1 , Addr const   a2 ) ;		4940	extern void vgDrd_finish_suppression(Addr const   a1 , Addr const   a2 ) ;
4925	extern Bool vgDrd_is_suppressed(Addr const   a1 , Addr const   a2 ) ;		4941	extern Bool vgDrd_is_suppressed(Addr const   a1 , Addr const   a2 ) ;
4926	extern Bool vgDrd_is_any_suppressed(Addr const   a1 , Addr const   a2 ) ;		4942	extern Bool vgDrd_is_any_suppressed(Addr const   a1 , Addr const   a2 ) ;
4927	extern void vgDrd_mark_hbvar(Addr const   a1 ) ;		4943	extern void vgDrd_mark_hbvar(Addr const   a1 ) ;
4928	extern Bool vgDrd_range_contains_suppression_or_hbvar(Addr const   a1 ,		4944	extern Bool vgDrd_range_contains_suppression_or_hbvar(Addr const   a1 ,
4929	Addr const   a2 ) ;		4945	Addr const   a2 ) ;
4930	extern void vgDrd_start_tracing_address_range(Addr const   a1 ,		4946	extern void vgDrd_start_tracing_address_range(Addr const   a1 ,
4931	Addr const   a2 ,		4947	Addr const   a2 ,
4932	Bool const   persistent ) ;		4948	Bool const   persistent ) ;
4933	extern void vgDrd_stop_tracing_address_range(Addr const   a1 , Addr const   a2 ) ;		4949	extern void vgDrd_stop_tracing_address_range(Addr const   a1 , Addr const   a2 ) ;
4934	extern Bool vgDrd_is_any_traced(Addr const   a1 , Addr const   a2 ) ;		4950	extern Bool vgDrd_is_any_traced(Addr const   a1 , Addr const   a2 ) ;
4935	extern void vgDrd_suppression_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;		4951	extern void vgDrd_suppression_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;
4936	__inline static Bool vgDrd_any_address_is_traced(void)		4952	__inline static Bool vgDrd_any_address_is_traced(void)
4937	{		4953	{
4938			4954
4939			4955
4940	{		4956	{
4941	return (vgDrd_g_any_address_traced);		4957	return (vgDrd_g_any_address_traced);
4942	}		4958	}
4943	}		4959	}
4944	extern UInt ( /* format attribute */  vgPlain_sprintf)(Char *buf ,		4960	extern UInt ( /* format attribute */  vgPlain_sprintf)(Char *buf ,
4945	HChar const   *format		4961	HChar const   *format
4946	, ...) ;		4962	, ...) ;
4947	extern UInt ( /* format attribute */  vgPlain_vsprintf)(Char *buf ,		4963	extern UInt ( /* format attribute */  vgPlain_vsprintf)(Char *buf ,
4948	HChar const   *format ,		4964	HChar const   *format ,
4949	va_list vargs ) ;		4965	va_list vargs ) ;
4950	extern UInt ( /* format attribute */  vgPlain_snprintf)(Char *buf , Int size ,		4966	extern UInt ( /* format attribute */  vgPlain_snprintf)(Char *buf , Int size ,
4951	HChar const   *format		4967	HChar const   *format
4952	, ...) ;		4968	, ...) ;
4953	extern UInt ( /* format attribute */  vgPlain_vsnprintf)(Char *buf , Int size ,		4969	extern UInt ( /* format attribute */  vgPlain_vsnprintf)(Char *buf , Int size ,
4954	HChar const   *format ,		4970	HChar const   *format ,
4955	va_list vargs ) ;		4971	va_list vargs ) ;
4956	extern void vgPlain_percentify(ULong n , ULong m , UInt d , Int n_buf ,		4972	extern void vgPlain_percentify(ULong n , ULong m , UInt d , Int n_buf ,
4957	char *buf ) ;		4973	char *buf ) ;
4958	extern UInt ( /* format attribute */  vgPlain_printf)(HChar const   *format		4974	extern UInt ( /* format attribute */  vgPlain_printf)(HChar const   *format
4959	, ...) ;		4975	, ...) ;
4960	extern UInt ( /* format attribute */  vgPlain_vprintf)(HChar const   *format ,		4976	extern UInt ( /* format attribute */  vgPlain_vprintf)(HChar const   *format ,
4961	va_list vargs ) ;		4977	va_list vargs ) ;
4962	extern UInt ( /* format attribute */  vgPlain_printf_xml)(HChar const   *format		4978	extern UInt ( /* format attribute */  vgPlain_printf_xml)(HChar const   *format
4963	, ...) ;		4979	, ...) ;
4964	extern UInt ( /* format attribute */  vgPlain_vprintf_xml)(HChar const   *format ,		4980	extern UInt ( /* format attribute */  vgPlain_vprintf_xml)(HChar const   *format ,
4965	va_list vargs ) ;		4981	va_list vargs ) ;
4966	extern void vgPlain_vcbprintf(void (*char_sink)(HChar  , void *opaque ) ,		4982	extern void vgPlain_vcbprintf(void (*char_sink)(HChar  , void *opaque ) ,
4967	void *opaque , HChar const   *format ,		4983	void *opaque , HChar const   *format ,
4968	va_list vargs ) ;		4984	va_list vargs ) ;
4969	extern UInt ( /* format attribute */  vgPlain_message)(VgMsgKind kind ,		4985	extern UInt ( /* format attribute */  vgPlain_message)(VgMsgKind kind ,
4970	HChar const   *format		4986	HChar const   *format
4971	, ...) ;		4987	, ...) ;
4972	extern UInt ( /* format attribute */  vgPlain_vmessage)(VgMsgKind kind ,		4988	extern UInt ( /* format attribute */  vgPlain_vmessage)(VgMsgKind kind ,
4973	HChar const   *format ,		4989	HChar const   *format ,
4974	va_list vargs ) ;		4990	va_list vargs ) ;
4975	extern UInt ( /* format attribute */  vgPlain_fmsg)(HChar const   *format  , ...) ;		4991	extern UInt ( /* format attribute */  vgPlain_fmsg)(HChar const   *format  , ...) ;
4976	extern  __attribute__((__noreturn__)) void ( /* format attribute */  vgPlain_fmsg_bad_option)(HChar *opt ,		4992	extern  __attribute__((__noreturn__)) void ( /* format attribute */  vgPlain_fmsg_bad_option)(HChar *opt ,
4977	HChar const   *format		4993	HChar const   *format
4978	, ...) ;		4994	, ...) ;
4979	extern UInt ( /* format attribute */  vgPlain_umsg)(HChar const   *format  , ...) ;		4995	extern UInt ( /* format attribute */  vgPlain_umsg)(HChar const   *format  , ...) ;
4980	extern UInt ( /* format attribute */  vgPlain_dmsg)(HChar const   *format  , ...) ;		4996	extern UInt ( /* format attribute */  vgPlain_dmsg)(HChar const   *format  , ...) ;
4981	extern void vgPlain_message_flush(void) ;		4997	extern void vgPlain_message_flush(void) ;
4982	extern Addr vgPlain_get_IP(ThreadId tid ) ;		4998	extern Addr vgPlain_get_IP(ThreadId tid ) ;
4983	extern Addr vgPlain_get_SP(ThreadId tid ) ;		4999	extern Addr vgPlain_get_SP(ThreadId tid ) ;
4984	extern void vgPlain_get_shadow_regs_area(ThreadId tid , UChar *dst ,		5000	extern void vgPlain_get_shadow_regs_area(ThreadId tid , UChar *dst ,
4985	Int shadowNo , PtrdiffT offset ,		5001	Int shadowNo , PtrdiffT offset ,
4986	SizeT size ) ;		5002	SizeT size ) ;
4987	extern void vgPlain_set_shadow_regs_area(ThreadId tid , Int shadowNo ,		5003	extern void vgPlain_set_shadow_regs_area(ThreadId tid , Int shadowNo ,
4988	PtrdiffT offset , SizeT size ,		5004	PtrdiffT offset , SizeT size ,
4989	UChar const   *src ) ;		5005	UChar const   *src ) ;
4990	extern void vgPlain_set_syscall_return_shadows(ThreadId tid , UWord s1res ,		5006	extern void vgPlain_set_syscall_return_shadows(ThreadId tid , UWord s1res ,
4991	UWord s2res , UWord s1err ,		5007	UWord s2res , UWord s1err ,
4992	UWord s2err ) ;		5008	UWord s2err ) ;
4993	extern void vgPlain_apply_to_GP_regs(void (*f)(ThreadId tid , HChar *regname ,		5009	extern void vgPlain_apply_to_GP_regs(void (*f)(ThreadId tid , HChar *regname ,
4994	UWord val ) ) ;		5010	UWord val ) ) ;
4995	extern void vgPlain_thread_stack_reset_iter(ThreadId *tid ) ;		5011	extern void vgPlain_thread_stack_reset_iter(ThreadId *tid ) ;
4996	extern Bool vgPlain_thread_stack_next(ThreadId *tid , Addr *stack_min ,		5012	extern Bool vgPlain_thread_stack_next(ThreadId *tid , Addr *stack_min ,
4997	Addr *stack_max ) ;		5013	Addr *stack_max ) ;
4998	extern Addr vgPlain_thread_get_stack_max(ThreadId tid ) ;		5014	extern Addr vgPlain_thread_get_stack_max(ThreadId tid ) ;
4999	extern SizeT vgPlain_thread_get_stack_size(ThreadId tid ) ;		5015	extern SizeT vgPlain_thread_get_stack_size(ThreadId tid ) ;
5000	extern Addr vgPlain_thread_get_altstack_min(ThreadId tid ) ;		5016	extern Addr vgPlain_thread_get_altstack_min(ThreadId tid ) ;
5001	extern SizeT vgPlain_thread_get_altstack_size(ThreadId tid ) ;		5017	extern SizeT vgPlain_thread_get_altstack_size(ThreadId tid ) ;
5002	extern void *vgPlain_fnptr_to_fnentry(void * ) ;		5018	extern void *vgPlain_fnptr_to_fnentry(void * ) ;
5003	extern void *vgPlain_malloc(HChar *cc , SizeT nbytes ) ;		5019	extern void *vgPlain_malloc(HChar *cc , SizeT nbytes ) ;
5004	extern void vgPlain_free(void *p ) ;		5020	extern void vgPlain_free(void *p ) ;
5005	extern void *vgPlain_calloc(HChar *cc , SizeT n , SizeT bytes_per_elem ) ;		5021	extern void *vgPlain_calloc(HChar *cc , SizeT n , SizeT bytes_per_elem ) ;
5006	extern void *vgPlain_realloc(HChar *cc , void *p , SizeT size ) ;		5022	extern void *vgPlain_realloc(HChar *cc , void *p , SizeT size ) ;
5007	extern Char *vgPlain_strdup(HChar *cc , Char const   *s ) ;		5023	extern Char *vgPlain_strdup(HChar *cc , Char const   *s ) ;
5008	extern SizeT vgPlain_malloc_usable_size(void *p ) ;		5024	extern SizeT vgPlain_malloc_usable_size(void *p ) ;
5009	extern  __attribute__((__noreturn__)) void vgPlain_out_of_memory_NORETURN(HChar *who ,		5025	extern  __attribute__((__noreturn__)) void vgPlain_out_of_memory_NORETURN(HChar *who ,
5010	SizeT szB ) ;		5026	SizeT szB ) ;
5011	static void bm2_merge(struct bitmap2 * const  bm2l ,		5027	static void bm2_merge(struct bitmap2 * const  bm2l ,
5012	struct bitmap2  const  * const  bm2r ) ;		5028	struct bitmap2  const  * const  bm2r ) ;
5013	static void bm2_print(struct bitmap2  const  * const  bm2 ) ;		5029	static void bm2_print(struct bitmap2  const  * const  bm2 ) ;
5014	static OSet *s_bm2_set_template  ;		5030	static OSet *s_bm2_set_template  ;
5015	static ULong s_bitmap_creation_count  ;		5031	static ULong s_bitmap_creation_count  ;
5016	static ULong s_bitmap_merge_count  ;		5032	static ULong s_bitmap_merge_count  ;
5017	static ULong s_bitmap2_merge_count  ;		5033	static ULong s_bitmap2_merge_count  ;
5018	void vgDrd_bm_module_init(void)		5034	void vgDrd_bm_module_init(void)
5019	{		5035	{
5020	long tmp ;		5036	long tmp ;
5021			5037
5022	{		5038	{
5023	tmp = __builtin_expect((long )(! (! (! s_bm2_set_template))), 1L);		5039	tmp = __builtin_expect((long )(! (! (! s_bm2_set_template))), 1L);
5024	if (tmp) {		5040	if (tmp) {
5025			5041
5026	} else {		5042	} else {
5027	vgPlain_assert_fail((Bool )0, (Char const   *)"!s_bm2_set_template",		5043	vgPlain_assert_fail((Bool )0, (Char const   *)"!s_bm2_set_template",
5028	(Char const   *)"drd_bitmap.c", 58,		5044	(Char const   *)"drd_bitmap.c", 58,
5029	(Char const   *)"vgDrd_bm_module_init", "");		5045	(Char const   *)"vgDrd_bm_module_init", "");
5030	}		5046	}
5031	s_bm2_set_template = vgPlain_OSetGen_Create_With_Pool((PtrdiffT )0,		5047	s_bm2_set_template = vgPlain_OSetGen_Create_With_Pool((PtrdiffT )0,
5032	(Word (*)(void const   *key ,		5048	(Word (*)(void const   *key ,
5033	void const   *elem ))0,		5049	void const   *elem ))0,
5034	& vgPlain_malloc,		5050	& vgPlain_malloc,
5035	(HChar *)"drd.bitmap.bn.2",		5051	(HChar *)"drd.bitmap.bn.2",
5036	& vgPlain_free,		5052	& vgPlain_free,
5037	(SizeT )512,		5053	(SizeT )512,
5038	(SizeT )sizeof(struct bitmap2 ));		5054	(SizeT )sizeof(struct bitmap2 ));
5039	return;		5055	return;
5040	}		5056	}
5041	}		5057	}
5042	void vgDrd_bm_module_cleanup(void)		5058	void vgDrd_bm_module_cleanup(void)
5043	{		5059	{
5044	long tmp ;		5060	long tmp ;
5045			5061
5046	{		5062	{
5047	tmp = __builtin_expect((long )(! (! s_bm2_set_template)), 1L);		5063	tmp = __builtin_expect((long )(! (! s_bm2_set_template)), 1L);
5048	if (tmp) {		5064	if (tmp) {
5049			5065
5050	} else {		5066	} else {
5051	vgPlain_assert_fail((Bool )0, (Char const   *)"s_bm2_set_template",		5067	vgPlain_assert_fail((Bool )0, (Char const   *)"s_bm2_set_template",
5052	(Char const   *)"drd_bitmap.c", 66,		5068	(Char const   *)"drd_bitmap.c", 66,
5053	(Char const   *)"vgDrd_bm_module_cleanup", "");		5069	(Char const   *)"vgDrd_bm_module_cleanup", "");
5054	}		5070	}
5055	vgPlain_OSetGen_Destroy(s_bm2_set_template);		5071	vgPlain_OSetGen_Destroy(s_bm2_set_template);
5056	s_bm2_set_template = (OSet *)((void *)0);		5072	s_bm2_set_template = (OSet *)((void *)0);
5057	return;		5073	return;
5058	}		5074	}
5059	}		5075	}
5060	struct bitmap *vgDrd_bm_new(void)		5076	struct bitmap *vgDrd_bm_new(void)
5061	{		5077	{
5062	struct bitmap *bm ;		5078	struct bitmap *bm ;
5063	long tmp ;		5079	long tmp ;
5064	void *tmp___0 ;		5080	void *tmp___0 ;
5065			5081
5066	{		5082	{
5067	tmp = __builtin_expect((long )(! (! ((unsigned int )(1 << 5) == 8U * sizeof(UWord )))),		5083	tmp = __builtin_expect((long )(! (! ((unsigned int )(1 << 5) == 8U * sizeof(UWord )))),
5068	1L);		5084	1L);
5069	if (tmp) {		5085	if (tmp) {
5070			5086
5071	} else {		5087	} else {
5072	vgPlain_assert_fail((Bool )0,		5088	vgPlain_assert_fail((Bool )0,
5073	(Char const   *)"(1 << BITS_PER_BITS_PER_UWORD) == BITS_PER_UWORD",		5089	(Char const   *)"(1 << BITS_PER_BITS_PER_UWORD) == BITS_PER_UWORD",
5074	(Char const   *)"drd_bitmap.c", 77,		5090	(Char const   *)"drd_bitmap.c", 77,
5075	(Char const   *)"vgDrd_bm_new", "");		5091	(Char const   *)"vgDrd_bm_new", "");
5076	}		5092	}
5077	tmp___0 = vgPlain_malloc((HChar *)"drd.bitmap.bn.1", (SizeT )sizeof(*bm));		5093	tmp___0 = vgPlain_malloc((HChar *)"drd.bitmap.bn.1", (SizeT )sizeof(*bm));
5078	bm = (struct bitmap *)tmp___0;		5094	bm = (struct bitmap *)tmp___0;
5079	vgDrd_bm_init((struct bitmap */* const  */)bm);		5095	vgDrd_bm_init((struct bitmap */* const  */)bm);
5080	return (bm);		5096	return (bm);
5081	}		5097	}
5082	}		5098	}
5083	void vgDrd_bm_delete(struct bitmap * const  bm )		5099	void vgDrd_bm_delete(struct bitmap * const  bm )
5084	{		5100	{
5085	long tmp ;		5101	long tmp ;
5086			5102
5087	{		5103	{
5088	tmp = __builtin_expect((long )(! (! bm)), 1L);		5104	tmp = __builtin_expect((long )(! (! bm)), 1L);
5089	if (tmp) {		5105	if (tmp) {
5090			5106
5091	} else {		5107	} else {
5092	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		5108	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5093	(Char const   *)"drd_bitmap.c", 87,		5109	(Char const   *)"drd_bitmap.c", 87,
5094	(Char const   *)"vgDrd_bm_delete", "");		5110	(Char const   *)"vgDrd_bm_delete", "");
5095	}		5111	}
5096	vgDrd_bm_cleanup(bm);		5112	vgDrd_bm_cleanup(bm);
5097	vgPlain_free((void *)bm);		5113	vgPlain_free((void *)bm);
5098	return;		5114	return;
5099	}		5115	}
5100	}		5116	}
5101	void vgDrd_bm_init(struct bitmap * const  bm )		5117	void vgDrd_bm_init(struct bitmap * const  bm )
5102	{		5118	{
5103	unsigned int i ;		5119	unsigned int i ;
5104	long tmp ;		5120	long tmp ;
5105			5121
5106	{		5122	{
5107	tmp = __builtin_expect((long )(! (! bm)), 1L);		5123	tmp = __builtin_expect((long )(! (! bm)), 1L);
5108	if (tmp) {		5124	if (tmp) {
5109			5125
5110	} else {		5126	} else {
5111	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		5127	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5112	(Char const   *)"drd_bitmap.c", 98,		5128	(Char const   *)"drd_bitmap.c", 98,
5113	(Char const   *)"vgDrd_bm_init", "");		5129	(Char const   *)"vgDrd_bm_init", "");
5114	}		5130	}
5115	i = 0U;		5131	i = 0U;
5116	while (i < 4U) {		5132	while (i < 4U) {
5117	bm->cache[i].a1 = ~ ((UWord )1);		5133	bm->cache[i].a1 = ~ ((UWord )1);
5118	bm->cache[i].bm2 = (struct bitmap2 *)0;		5134	bm->cache[i].bm2 = (struct bitmap2 *)0;
5119	i ++;		5135	i ++;
5120	}		5136	}
5121	bm->oset = vgPlain_OSetGen_EmptyClone(s_bm2_set_template);		5137	bm->oset = vgPlain_OSetGen_EmptyClone(s_bm2_set_template);
5122	s_bitmap_creation_count ++;		5138	s_bitmap_creation_count ++;
5123	return;		5139	return;
5124	}		5140	}
5125	}		5141	}
5126	void vgDrd_bm_cleanup(struct bitmap * const  bm )		5142	void vgDrd_bm_cleanup(struct bitmap * const  bm )
5127	{		5143	{
5128			5144
5129			5145
5130	{		5146	{
5131	vgPlain_OSetGen_Destroy(bm->oset);		5147	vgPlain_OSetGen_Destroy(bm->oset);
5132	return;		5148	return;
5133	}		5149	}
5134	}		5150	}
5135	void vgDrd_bm_access_range(struct bitmap * const  bm , Addr const   a1 ,		5151	void vgDrd_bm_access_range(struct bitmap * const  bm , Addr const   a1 ,
5136	Addr const   a2 , BmAccessTypeT const   access_type )		5152	Addr const   a2 , BmAccessTypeT const   access_type )
5137	{		5153	{
5138	int tmp ;		5154	int tmp ;
5139	long tmp___0 ;		5155	long tmp___0 ;
5140			5156
5141	{		5157	{
5142	if ((unsigned int const   )access_type == 0U) {		5158	if ((unsigned int const   )access_type == 0U) {
5143	tmp = 1;		5159	tmp = 1;
5144	} else		5160	} else
5145	if ((unsigned int const   )access_type == 1U) {		5161	if ((unsigned int const   )access_type == 1U) {
5146	tmp = 1;		5162	tmp = 1;
5147	} else {		5163	} else {
5148	tmp = 0;		5164	tmp = 0;
5149	}		5165	}
5150	tmp___0 = __builtin_expect((long )tmp, 1L);		5166	tmp___0 = __builtin_expect((long )tmp, 1L);
5151	if (tmp___0) {		5167	if (tmp___0) {
5152			5168
5153	} else {		5169	} else {
5154	vgPlain_assert_fail((Bool )0,		5170	vgPlain_assert_fail((Bool )0,
5155	(Char const   *)"access_type == eLoad || access_type == eStore",		5171	(Char const   *)"access_type == eLoad || access_type == eStore",
5156	(Char const   *)"drd_bitmap.c", 133,		5172	(Char const   *)"drd_bitmap.c", 133,
5157	(Char const   *)"vgDrd_bm_access_range", "");		5173	(Char const   *)"vgDrd_bm_access_range", "");
5158	}		5174	}
5159	if ((unsigned int const   )access_type == 0U) {		5175	if ((unsigned int const   )access_type == 0U) {
5160	vgDrd_bm_access_range_load(bm, a1, a2);		5176	vgDrd_bm_access_range_load(bm, a1, a2);
5161	return;		5177	return;
5162	} else {		5178	} else {
5163	vgDrd_bm_access_range_store(bm, a1, a2);		5179	vgDrd_bm_access_range_store(bm, a1, a2);
5164	return;		5180	return;
5165	}		5181	}
5166	}		5182	}
5167	}		5183	}
5168	void vgDrd_bm_access_range_load(struct bitmap * const  bm , Addr const   a1 ,		5184	void vgDrd_bm_access_range_load(struct bitmap * const  bm , Addr const   a1 ,
5169	Addr const   a2 )		5185	Addr const   a2 )
5170	{		5186	{
5171	Addr b ;		5187	Addr b ;
5172	Addr b_next ;		5188	Addr b_next ;
5173	long tmp ;		5189	long tmp ;
5174	long tmp___0 ;		5190	long tmp___0 ;
5175	Addr tmp___1 ;		5191	Addr tmp___1 ;
5176	int tmp___2 ;		5192	int tmp___2 ;
5177	long tmp___3 ;		5193	long tmp___3 ;
5178	Addr tmp___4 ;		5194	Addr tmp___4 ;
5179	int tmp___5 ;		5195	int tmp___5 ;
5180	long tmp___6 ;		5196	long tmp___6 ;
5181	Addr tmp___7 ;		5197	Addr tmp___7 ;
5182	int tmp___8 ;		5198	int tmp___8 ;
5183	long tmp___9 ;		5199	long tmp___9 ;
5184	Addr b_start ;		5200	Addr b_start ;
5185	Addr b_end ;		5201	Addr b_end ;
5186	struct bitmap2 *bm2 ;		5202	struct bitmap2 *bm2 ;
5187	UWord b0 ;		5203	UWord b0 ;
5188	UWord tmp___10 ;		5204	UWord tmp___10 ;
5189	long tmp___11 ;		5205	long tmp___11 ;
5190	Addr tmp___12 ;		5206	Addr tmp___12 ;
5191	Addr tmp___13 ;		5207	Addr tmp___13 ;
5192	Addr tmp___14 ;		5208	Addr tmp___14 ;
5193	int tmp___15 ;		5209	int tmp___15 ;
5194	long tmp___16 ;		5210	long tmp___16 ;
5195	UWord tmp___17 ;		5211	UWord tmp___17 ;
5196	UWord tmp___18 ;		5212	UWord tmp___18 ;
5197	int tmp___19 ;		5213	int tmp___19 ;
5198	long tmp___20 ;		5214	long tmp___20 ;
5199	UWord tmp___21 ;		5215	UWord tmp___21 ;
5200	UWord tmp___22 ;		5216	UWord tmp___22 ;
5201	int tmp___23 ;		5217	int tmp___23 ;
5202	long tmp___24 ;		5218	long tmp___24 ;
5203	unsigned int k ;		5219	unsigned int k ;
5204	UWord tmp___25 ;		5220	UWord tmp___25 ;
5205	UWord tmp___26 ;		5221	UWord tmp___26 ;
5206	UWord tmp___27 ;		5222	UWord tmp___27 ;
5207			5223
5208	{		5224	{
5209	tmp = __builtin_expect((long )(! (! bm)), 1L);		5225	tmp = __builtin_expect((long )(! (! bm)), 1L);
5210	if (tmp) {		5226	if (tmp) {
5211			5227
5212	} else {		5228	} else {
5213	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		5229	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5214	(Char const   *)"drd_bitmap.c", 145,		5230	(Char const   *)"drd_bitmap.c", 145,
5215	(Char const   *)"vgDrd_bm_access_range_load", "");		5231	(Char const   *)"vgDrd_bm_access_range_load", "");
5216	}		5232	}
5217	tmp___0 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);		5233	tmp___0 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);
5218	if (tmp___0) {		5234	if (tmp___0) {
5219			5235
5220	} else {		5236	} else {
5221	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",		5237	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",
5222	(Char const   *)"drd_bitmap.c", 146,		5238	(Char const   *)"drd_bitmap.c", 146,
5223	(Char const   *)"vgDrd_bm_access_range_load", "");		5239	(Char const   *)"vgDrd_bm_access_range_load", "");
5224	}		5240	}
5225	tmp___1 = first_address_with_higher_msb(a2);		5241	tmp___1 = first_address_with_higher_msb(a2);
5226	if (a2 < (Addr const   )tmp___1) {		5242	if (a2 < (Addr const   )tmp___1) {
5227	tmp___2 = 1;		5243	tmp___2 = 1;
5228	} else {		5244	} else {
5229	tmp___2 = 0;		5245	tmp___2 = 0;
5230	}		5246	}
5231	tmp___3 = __builtin_expect((long )tmp___2, 1L);		5247	tmp___3 = __builtin_expect((long )tmp___2, 1L);
5232	if (tmp___3) {		5248	if (tmp___3) {
5233			5249
5234	} else {		5250	} else {
5235	vgPlain_assert_fail((Bool )0,		5251	vgPlain_assert_fail((Bool )0,
5236	(Char const   *)"a2 < first_address_with_higher_msb(a2)",		5252	(Char const   *)"a2 < first_address_with_higher_msb(a2)",
5237	(Char const   *)"drd_bitmap.c", 147,		5253	(Char const   *)"drd_bitmap.c", 147,
5238	(Char const   *)"vgDrd_bm_access_range_load", "");		5254	(Char const   *)"vgDrd_bm_access_range_load", "");
5239	}		5255	}
5240	tmp___4 = first_address_with_same_lsb(a1);		5256	tmp___4 = first_address_with_same_lsb(a1);
5241	if (a1 == (Addr const   )tmp___4) {		5257	if (a1 == (Addr const   )tmp___4) {
5242	tmp___5 = 1;		5258	tmp___5 = 1;
5243	} else {		5259	} else {
5244	tmp___5 = 0;		5260	tmp___5 = 0;
5245	}		5261	}
5246	tmp___6 = __builtin_expect((long )tmp___5, 1L);		5262	tmp___6 = __builtin_expect((long )tmp___5, 1L);
5247	if (tmp___6) {		5263	if (tmp___6) {
5248			5264
5249	} else {		5265	} else {
5250	vgPlain_assert_fail((Bool )0,		5266	vgPlain_assert_fail((Bool )0,
5251	(Char const   *)"a1 == first_address_with_same_lsb(a1)",		5267	(Char const   *)"a1 == first_address_with_same_lsb(a1)",
5252	(Char const   *)"drd_bitmap.c", 148,		5268	(Char const   *)"drd_bitmap.c", 148,
5253	(Char const   *)"vgDrd_bm_access_range_load", "");		5269	(Char const   *)"vgDrd_bm_access_range_load", "");
5254	}		5270	}
5255	tmp___7 = first_address_with_same_lsb(a2);		5271	tmp___7 = first_address_with_same_lsb(a2);
5256	if (a2 == (Addr const   )tmp___7) {		5272	if (a2 == (Addr const   )tmp___7) {
5257	tmp___8 = 1;		5273	tmp___8 = 1;
5258	} else {		5274	} else {
5259	tmp___8 = 0;		5275	tmp___8 = 0;
5260	}		5276	}
5261	tmp___9 = __builtin_expect((long )tmp___8, 1L);		5277	tmp___9 = __builtin_expect((long )tmp___8, 1L);
5262	if (tmp___9) {		5278	if (tmp___9) {
5263			5279
5264	} else {		5280	} else {
5265	vgPlain_assert_fail((Bool )0,		5281	vgPlain_assert_fail((Bool )0,
5266	(Char const   *)"a2 == first_address_with_same_lsb(a2)",		5282	(Char const   *)"a2 == first_address_with_same_lsb(a2)",
5267	(Char const   *)"drd_bitmap.c", 149,		5283	(Char const   *)"drd_bitmap.c", 149,
5268	(Char const   *)"vgDrd_bm_access_range_load", "");		5284	(Char const   *)"vgDrd_bm_access_range_load", "");
5269	}		5285	}
5270	b = (Addr )a1;		5286	b = (Addr )a1;
5271	while (b < (Addr )a2) {		5287	while (b < (Addr )a2) {
5272	b_next = first_address_with_higher_msb((Addr const   )b);		5288	b_next = first_address_with_higher_msb((Addr const   )b);
5273	if (b_next > (Addr )a2) {		5289	if (b_next > (Addr )a2) {
5274	b_next = (Addr )a2;		5290	b_next = (Addr )a2;
5275	} else {		5291	} else {
5276			5292
5277	}		5293	}
5278	tmp___10 = address_msb((Addr const   )b);		5294	tmp___10 = address_msb((Addr const   )b);
5279	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp___10);		5295	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp___10);
5280	tmp___11 = __builtin_expect((long )(! (! bm2)), 1L);		5296	tmp___11 = __builtin_expect((long )(! (! bm2)), 1L);
5281	if (tmp___11) {		5297	if (tmp___11) {
5282			5298
5283	} else {		5299	} else {
5284	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2",		5300	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2",
5285	(Char const   *)"drd_bitmap.c", 165,		5301	(Char const   *)"drd_bitmap.c", 165,
5286	(Char const   *)"vgDrd_bm_access_range_load", "");		5302	(Char const   *)"vgDrd_bm_access_range_load", "");
5287	}		5303	}
5288	tmp___13 = make_address((UWord const   )bm2->addr, (UWord const   )0);		5304	tmp___13 = make_address((UWord const   )bm2->addr, (UWord const   )0);
5289	if (tmp___13 < (Addr )a1) {		5305	if (tmp___13 < (Addr )a1) {
5290	b_start = (Addr )a1;		5306	b_start = (Addr )a1;
5291	} else {		5307	} else {
5292	tmp___12 = make_address((UWord const   )bm2->addr, (UWord const   )0);		5308	tmp___12 = make_address((UWord const   )bm2->addr, (UWord const   )0);
5293	if (tmp___12 < (Addr )a2) {		5309	if (tmp___12 < (Addr )a2) {
5294	b_start = make_address((UWord const   )bm2->addr, (UWord const   )0);		5310	b_start = make_address((UWord const   )bm2->addr, (UWord const   )0);
5295	} else {		5311	} else {
5296	break;		5312	break;
5297	}		5313	}
5298	}		5314	}
5299	tmp___14 = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);		5315	tmp___14 = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);
5300	if (tmp___14 < (Addr )a2) {		5316	if (tmp___14 < (Addr )a2) {
5301	b_end = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);		5317	b_end = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);
5302	} else {		5318	} else {
5303	b_end = (Addr )a2;		5319	b_end = (Addr )a2;
5304	}		5320	}
5305	if (a1 <= (Addr const   )b_start) {		5321	if (a1 <= (Addr const   )b_start) {
5306	if (b_start < b_end) {		5322	if (b_start < b_end) {
5307	if (b_end) {		5323	if (b_end) {
5308	if (b_end <= (Addr )a2) {		5324	if (b_end <= (Addr )a2) {
5309	tmp___15 = 1;		5325	tmp___15 = 1;
5310	} else {		5326	} else {
5311	tmp___15 = 0;		5327	tmp___15 = 0;
5312	}		5328	}
5313	} else {		5329	} else {
5314	tmp___15 = 0;		5330	tmp___15 = 0;
5315	}		5331	}
5316	} else {		5332	} else {
5317	tmp___15 = 0;		5333	tmp___15 = 0;
5318	}		5334	}
5319	} else {		5335	} else {
5320	tmp___15 = 0;		5336	tmp___15 = 0;
5321	}		5337	}
5322	tmp___16 = __builtin_expect((long )tmp___15, 1L);		5338	tmp___16 = __builtin_expect((long )tmp___15, 1L);
5323	if (tmp___16) {		5339	if (tmp___16) {
5324			5340
5325	} else {		5341	} else {
5326	vgPlain_assert_fail((Bool )0,		5342	vgPlain_assert_fail((Bool )0,
5327	(Char const   *)"a1 <= b_start && b_start < b_end && b_end && b_end <= a2",		5343	(Char const   *)"a1 <= b_start && b_start < b_end && b_end && b_end <= a2",
5328	(Char const   *)"drd_bitmap.c", 180,		5344	(Char const   *)"drd_bitmap.c", 180,
5329	(Char const   *)"vgDrd_bm_access_range_load", "");		5345	(Char const   *)"vgDrd_bm_access_range_load", "");
5330	}		5346	}
5331	tmp___17 = address_msb((Addr const   )b_start);		5347	tmp___17 = address_msb((Addr const   )b_start);
5332	tmp___18 = address_msb((Addr const   )(b_end - 1UL));		5348	tmp___18 = address_msb((Addr const   )(b_end - 1UL));
5333	if (tmp___17 == tmp___18) {		5349	if (tmp___17 == tmp___18) {
5334	tmp___19 = 1;		5350	tmp___19 = 1;
5335	} else {		5351	} else {
5336	tmp___19 = 0;		5352	tmp___19 = 0;
5337	}		5353	}
5338	tmp___20 = __builtin_expect((long )tmp___19, 1L);		5354	tmp___20 = __builtin_expect((long )tmp___19, 1L);
5339	if (tmp___20) {		5355	if (tmp___20) {
5340			5356
5341	} else {		5357	} else {
5342	vgPlain_assert_fail((Bool )0,		5358	vgPlain_assert_fail((Bool )0,
5343	(Char const   *)"address_msb(b_start) == address_msb(b_end - 1)",		5359	(Char const   *)"address_msb(b_start) == address_msb(b_end - 1)",
5344	(Char const   *)"drd_bitmap.c", 181,		5360	(Char const   *)"drd_bitmap.c", 181,
5345	(Char const   *)"vgDrd_bm_access_range_load", "");		5361	(Char const   *)"vgDrd_bm_access_range_load", "");
5346	}		5362	}
5347	tmp___21 = address_lsb((Addr const   )b_start);		5363	tmp___21 = address_lsb((Addr const   )b_start);
5348	tmp___22 = address_lsb((Addr const   )(b_end - 1UL));		5364	tmp___22 = address_lsb((Addr const   )(b_end - 1UL));
5349	if (tmp___21 <= tmp___22) {		5365	if (tmp___21 <= tmp___22) {
5350	tmp___23 = 1;		5366	tmp___23 = 1;
5351	} else {		5367	} else {
5352	tmp___23 = 0;		5368	tmp___23 = 0;
5353	}		5369	}
5354	tmp___24 = __builtin_expect((long )tmp___23, 1L);		5370	tmp___24 = __builtin_expect((long )tmp___23, 1L);
5355	if (tmp___24) {		5371	if (tmp___24) {
5356			5372
5357	} else {		5373	} else {
5358	vgPlain_assert_fail((Bool )0,		5374	vgPlain_assert_fail((Bool )0,
5359	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",		5375	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",
5360	(Char const   *)"drd_bitmap.c", 182,		5376	(Char const   *)"drd_bitmap.c", 182,
5361	(Char const   *)"vgDrd_bm_access_range_load", "");		5377	(Char const   *)"vgDrd_bm_access_range_load", "");
5362	}		5378	}
5363	tmp___26 = address_lsb((Addr const   )b_start);		5379	tmp___26 = address_lsb((Addr const   )b_start);
5364	if (tmp___26 == 0UL) {		5380	if (tmp___26 == 0UL) {
5365	tmp___27 = address_lsb((Addr const   )b_end);		5381	tmp___27 = address_lsb((Addr const   )b_end);
5366	if (tmp___27 == 0UL) {		5382	if (tmp___27 == 0UL) {
5367	k = 0U;		5383	k = 0U;
5368	while (k < 1U << 7) {		5384	while (k < 1U << 7) {
5369	bm2->bm1.bm0_r[k] = ~ ((UWord )0);		5385	bm2->bm1.bm0_r[k] = ~ ((UWord )0);
5370	k ++;		5386	k ++;
5371	}		5387	}
5372	} else {		5388	} else {
5373	goto _L;		5389	goto _L;
5374	}		5390	}
5375	} else {		5391	} else {
5376	_L: /* CIL Label */		5392	_L: /* CIL Label */
5377	b0 = address_lsb((Addr const   )b_start);		5393	b0 = address_lsb((Addr const   )b_start);
5378	while (1) {		5394	while (1) {
5379	tmp___25 = address_lsb((Addr const   )(b_end - 1UL));		5395	tmp___25 = address_lsb((Addr const   )(b_end - 1UL));
5380	if (b0 <= tmp___25) {		5396	if (b0 <= tmp___25) {
5381			5397
5382	} else {		5398	} else {
5383	break;		5399	break;
5384	}		5400	}
5385	bm0_set(bm2->bm1.bm0_r, (UWord const   )b0);		5401	bm0_set(bm2->bm1.bm0_r, (UWord const   )b0);
5386	b0 ++;		5402	b0 ++;
5387	}		5403	}
5388	}		5404	}
5389	b = b_next;		5405	b = b_next;
5390	}		5406	}
5391	return;		5407	return;
5392	}		5408	}
5393	}		5409	}
5394	void vgDrd_bm_access_load_1(struct bitmap * const  bm , Addr const   a1 )		5410	void vgDrd_bm_access_load_1(struct bitmap * const  bm , Addr const   a1 )
5395	{		5411	{
5396			5412
5397			5413
5398	{		5414	{
5399	bm_access_aligned_load(bm, a1, (SizeT const   )1);		5415	bm_access_aligned_load(bm, a1, (SizeT const   )1);
5400	return;		5416	return;
5401	}		5417	}
5402	}		5418	}
5403	void vgDrd_bm_access_load_2(struct bitmap * const  bm , Addr const   a1 )		5419	void vgDrd_bm_access_load_2(struct bitmap * const  bm , Addr const   a1 )
5404	{		5420	{
5405			5421
5406			5422
5407	{		5423	{
5408	if ((a1 & 1UL) == 0UL) {		5424	if ((a1 & 1UL) == 0UL) {
5409	bm_access_aligned_load(bm, a1, (SizeT const   )2);		5425	bm_access_aligned_load(bm, a1, (SizeT const   )2);
5410	} else {		5426	} else {
5411	vgDrd_bm_access_range(bm, a1, a1 + 2UL, (BmAccessTypeT const   )0);		5427	vgDrd_bm_access_range(bm, a1, a1 + 2UL, (BmAccessTypeT const   )0);
5412	}		5428	}
5413	return;		5429	return;
5414	}		5430	}
5415	}		5431	}
5416	void vgDrd_bm_access_load_4(struct bitmap * const  bm , Addr const   a1 )		5432	void vgDrd_bm_access_load_4(struct bitmap * const  bm , Addr const   a1 )
5417	{		5433	{
5418			5434
5419			5435
5420	{		5436	{
5421	if ((a1 & 3UL) == 0UL) {		5437	if ((a1 & 3UL) == 0UL) {
5422	bm_access_aligned_load(bm, a1, (SizeT const   )4);		5438	bm_access_aligned_load(bm, a1, (SizeT const   )4);
5423	} else {		5439	} else {
5424	vgDrd_bm_access_range(bm, a1, a1 + 4UL, (BmAccessTypeT const   )0);		5440	vgDrd_bm_access_range(bm, a1, a1 + 4UL, (BmAccessTypeT const   )0);
5425	}		5441	}
5426	return;		5442	return;
5427	}		5443	}
5428	}		5444	}
5429	void vgDrd_bm_access_load_8(struct bitmap * const  bm , Addr const   a1 )		5445	void vgDrd_bm_access_load_8(struct bitmap * const  bm , Addr const   a1 )
5430	{		5446	{
5431			5447
5432			5448
5433	{		5449	{
5434	if ((a1 & 7UL) == 0UL) {		5450	if ((a1 & 7UL) == 0UL) {
5435	bm_access_aligned_load(bm, a1, (SizeT const   )8);		5451	bm_access_aligned_load(bm, a1, (SizeT const   )8);
5436	} else		5452	} else
5437	if ((a1 & 3UL) == 0UL) {		5453	if ((a1 & 3UL) == 0UL) {
5438	bm_access_aligned_load(bm, a1, (SizeT const   )4);		5454	bm_access_aligned_load(bm, a1, (SizeT const   )4);
5439	bm_access_aligned_load(bm, a1 + 4UL, (SizeT const   )4);		5455	bm_access_aligned_load(bm, a1 + 4UL, (SizeT const   )4);
5440	} else {		5456	} else {
5441	vgDrd_bm_access_range(bm, a1, a1 + 8UL, (BmAccessTypeT const   )0);		5457	vgDrd_bm_access_range(bm, a1, a1 + 8UL, (BmAccessTypeT const   )0);
5442	}		5458	}
5443	return;		5459	return;
5444	}		5460	}
5445	}		5461	}
5446	void vgDrd_bm_access_range_store(struct bitmap * const  bm , Addr const   a1 ,		5462	void vgDrd_bm_access_range_store(struct bitmap * const  bm , Addr const   a1 ,
5447	Addr const   a2 )		5463	Addr const   a2 )
5448	{		5464	{
5449	Addr b ;		5465	Addr b ;
5450	Addr b_next ;		5466	Addr b_next ;
5451	long tmp ;		5467	long tmp ;
5452	long tmp___0 ;		5468	long tmp___0 ;
5453	Addr tmp___1 ;		5469	Addr tmp___1 ;
5454	int tmp___2 ;		5470	int tmp___2 ;
5455	long tmp___3 ;		5471	long tmp___3 ;
5456	Addr tmp___4 ;		5472	Addr tmp___4 ;
5457	int tmp___5 ;		5473	int tmp___5 ;
5458	long tmp___6 ;		5474	long tmp___6 ;
5459	Addr tmp___7 ;		5475	Addr tmp___7 ;
5460	int tmp___8 ;		5476	int tmp___8 ;
5461	long tmp___9 ;		5477	long tmp___9 ;
5462	Addr b_start ;		5478	Addr b_start ;
5463	Addr b_end ;		5479	Addr b_end ;
5464	struct bitmap2 *bm2 ;		5480	struct bitmap2 *bm2 ;
5465	UWord b0 ;		5481	UWord b0 ;
5466	UWord tmp___10 ;		5482	UWord tmp___10 ;
5467	long tmp___11 ;		5483	long tmp___11 ;
5468	Addr tmp___12 ;		5484	Addr tmp___12 ;
5469	Addr tmp___13 ;		5485	Addr tmp___13 ;
5470	Addr tmp___14 ;		5486	Addr tmp___14 ;
5471	int tmp___15 ;		5487	int tmp___15 ;
5472	long tmp___16 ;		5488	long tmp___16 ;
5473	UWord tmp___17 ;		5489	UWord tmp___17 ;
5474	UWord tmp___18 ;		5490	UWord tmp___18 ;
5475	int tmp___19 ;		5491	int tmp___19 ;
5476	long tmp___20 ;		5492	long tmp___20 ;
5477	UWord tmp___21 ;		5493	UWord tmp___21 ;
5478	UWord tmp___22 ;		5494	UWord tmp___22 ;
5479	int tmp___23 ;		5495	int tmp___23 ;
5480	long tmp___24 ;		5496	long tmp___24 ;
5481	unsigned int k ;		5497	unsigned int k ;
5482	UWord tmp___25 ;		5498	UWord tmp___25 ;
5483	UWord tmp___26 ;		5499	UWord tmp___26 ;
5484	UWord tmp___27 ;		5500	UWord tmp___27 ;
5485			5501
5486	{		5502	{
5487	tmp = __builtin_expect((long )(! (! bm)), 1L);		5503	tmp = __builtin_expect((long )(! (! bm)), 1L);
5488	if (tmp) {		5504	if (tmp) {
5489			5505
5490	} else {		5506	} else {
5491	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		5507	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5492	(Char const   *)"drd_bitmap.c", 242,		5508	(Char const   *)"drd_bitmap.c", 242,
5493	(Char const   *)"vgDrd_bm_access_range_store", "");		5509	(Char const   *)"vgDrd_bm_access_range_store", "");
5494	}		5510	}
5495	tmp___0 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);		5511	tmp___0 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);
5496	if (tmp___0) {		5512	if (tmp___0) {
5497			5513
5498	} else {		5514	} else {
5499	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",		5515	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",
5500	(Char const   *)"drd_bitmap.c", 243,		5516	(Char const   *)"drd_bitmap.c", 243,
5501	(Char const   *)"vgDrd_bm_access_range_store", "");		5517	(Char const   *)"vgDrd_bm_access_range_store", "");
5502	}		5518	}
5503	tmp___1 = first_address_with_higher_msb(a2);		5519	tmp___1 = first_address_with_higher_msb(a2);
5504	if (a2 < (Addr const   )tmp___1) {		5520	if (a2 < (Addr const   )tmp___1) {
5505	tmp___2 = 1;		5521	tmp___2 = 1;
5506	} else {		5522	} else {
5507	tmp___2 = 0;		5523	tmp___2 = 0;
5508	}		5524	}
5509	tmp___3 = __builtin_expect((long )tmp___2, 1L);		5525	tmp___3 = __builtin_expect((long )tmp___2, 1L);
5510	if (tmp___3) {		5526	if (tmp___3) {
5511			5527
5512	} else {		5528	} else {
5513	vgPlain_assert_fail((Bool )0,		5529	vgPlain_assert_fail((Bool )0,
5514	(Char const   *)"a2 < first_address_with_higher_msb(a2)",		5530	(Char const   *)"a2 < first_address_with_higher_msb(a2)",
5515	(Char const   *)"drd_bitmap.c", 244,		5531	(Char const   *)"drd_bitmap.c", 244,
5516	(Char const   *)"vgDrd_bm_access_range_store", "");		5532	(Char const   *)"vgDrd_bm_access_range_store", "");
5517	}		5533	}
5518	tmp___4 = first_address_with_same_lsb(a1);		5534	tmp___4 = first_address_with_same_lsb(a1);
5519	if (a1 == (Addr const   )tmp___4) {		5535	if (a1 == (Addr const   )tmp___4) {
5520	tmp___5 = 1;		5536	tmp___5 = 1;
5521	} else {		5537	} else {
5522	tmp___5 = 0;		5538	tmp___5 = 0;
5523	}		5539	}
5524	tmp___6 = __builtin_expect((long )tmp___5, 1L);		5540	tmp___6 = __builtin_expect((long )tmp___5, 1L);
5525	if (tmp___6) {		5541	if (tmp___6) {
5526			5542
5527	} else {		5543	} else {
5528	vgPlain_assert_fail((Bool )0,		5544	vgPlain_assert_fail((Bool )0,
5529	(Char const   *)"a1 == first_address_with_same_lsb(a1)",		5545	(Char const   *)"a1 == first_address_with_same_lsb(a1)",
5530	(Char const   *)"drd_bitmap.c", 245,		5546	(Char const   *)"drd_bitmap.c", 245,
5531	(Char const   *)"vgDrd_bm_access_range_store", "");		5547	(Char const   *)"vgDrd_bm_access_range_store", "");
5532	}		5548	}
5533	tmp___7 = first_address_with_same_lsb(a2);		5549	tmp___7 = first_address_with_same_lsb(a2);
5534	if (a2 == (Addr const   )tmp___7) {		5550	if (a2 == (Addr const   )tmp___7) {
5535	tmp___8 = 1;		5551	tmp___8 = 1;
5536	} else {		5552	} else {
5537	tmp___8 = 0;		5553	tmp___8 = 0;
5538	}		5554	}
5539	tmp___9 = __builtin_expect((long )tmp___8, 1L);		5555	tmp___9 = __builtin_expect((long )tmp___8, 1L);
5540	if (tmp___9) {		5556	if (tmp___9) {
5541			5557
5542	} else {		5558	} else {
5543	vgPlain_assert_fail((Bool )0,		5559	vgPlain_assert_fail((Bool )0,
5544	(Char const   *)"a2 == first_address_with_same_lsb(a2)",		5560	(Char const   *)"a2 == first_address_with_same_lsb(a2)",
5545	(Char const   *)"drd_bitmap.c", 246,		5561	(Char const   *)"drd_bitmap.c", 246,
5546	(Char const   *)"vgDrd_bm_access_range_store", "");		5562	(Char const   *)"vgDrd_bm_access_range_store", "");
5547	}		5563	}
5548	b = (Addr )a1;		5564	b = (Addr )a1;
5549	while (b < (Addr )a2) {		5565	while (b < (Addr )a2) {
5550	b_next = first_address_with_higher_msb((Addr const   )b);		5566	b_next = first_address_with_higher_msb((Addr const   )b);
5551	if (b_next > (Addr )a2) {		5567	if (b_next > (Addr )a2) {
5552	b_next = (Addr )a2;		5568	b_next = (Addr )a2;
5553	} else {		5569	} else {
5554			5570
5555	}		5571	}
5556	tmp___10 = address_msb((Addr const   )b);		5572	tmp___10 = address_msb((Addr const   )b);
5557	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp___10);		5573	bm2 = bm2_lookup_or_insert_exclusive(bm, (UWord const   )tmp___10);
5558	tmp___11 = __builtin_expect((long )(! (! bm2)), 1L);		5574	tmp___11 = __builtin_expect((long )(! (! bm2)), 1L);
5559	if (tmp___11) {		5575	if (tmp___11) {
5560			5576
5561	} else {		5577	} else {
5562	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2",		5578	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2",
5563	(Char const   *)"drd_bitmap.c", 262,		5579	(Char const   *)"drd_bitmap.c", 262,
5564	(Char const   *)"vgDrd_bm_access_range_store", "");		5580	(Char const   *)"vgDrd_bm_access_range_store", "");
5565	}		5581	}
5566	tmp___13 = make_address((UWord const   )bm2->addr, (UWord const   )0);		5582	tmp___13 = make_address((UWord const   )bm2->addr, (UWord const   )0);
5567	if (tmp___13 < (Addr )a1) {		5583	if (tmp___13 < (Addr )a1) {
5568	b_start = (Addr )a1;		5584	b_start = (Addr )a1;
5569	} else {		5585	} else {
5570	tmp___12 = make_address((UWord const   )bm2->addr, (UWord const   )0);		5586	tmp___12 = make_address((UWord const   )bm2->addr, (UWord const   )0);
5571	if (tmp___12 < (Addr )a2) {		5587	if (tmp___12 < (Addr )a2) {
5572	b_start = make_address((UWord const   )bm2->addr, (UWord const   )0);		5588	b_start = make_address((UWord const   )bm2->addr, (UWord const   )0);
5573	} else {		5589	} else {
5574	break;		5590	break;
5575	}		5591	}
5576	}		5592	}
5577	tmp___14 = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);		5593	tmp___14 = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);
5578	if (tmp___14 < (Addr )a2) {		5594	if (tmp___14 < (Addr )a2) {
5579	b_end = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);		5595	b_end = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);
5580	} else {		5596	} else {
5581	b_end = (Addr )a2;		5597	b_end = (Addr )a2;
5582	}		5598	}
5583	if (a1 <= (Addr const   )b_start) {		5599	if (a1 <= (Addr const   )b_start) {
5584	if (b_start < b_end) {		5600	if (b_start < b_end) {
5585	if (b_end) {		5601	if (b_end) {
5586	if (b_end <= (Addr )a2) {		5602	if (b_end <= (Addr )a2) {
5587	tmp___15 = 1;		5603	tmp___15 = 1;
5588	} else {		5604	} else {
5589	tmp___15 = 0;		5605	tmp___15 = 0;
5590	}		5606	}
5591	} else {		5607	} else {
5592	tmp___15 = 0;		5608	tmp___15 = 0;
5593	}		5609	}
5594	} else {		5610	} else {
5595	tmp___15 = 0;		5611	tmp___15 = 0;
5596	}		5612	}
5597	} else {		5613	} else {
5598	tmp___15 = 0;		5614	tmp___15 = 0;
5599	}		5615	}
5600	tmp___16 = __builtin_expect((long )tmp___15, 1L);		5616	tmp___16 = __builtin_expect((long )tmp___15, 1L);
5601	if (tmp___16) {		5617	if (tmp___16) {
5602			5618
5603	} else {		5619	} else {
5604	vgPlain_assert_fail((Bool )0,		5620	vgPlain_assert_fail((Bool )0,
5605	(Char const   *)"a1 <= b_start && b_start < b_end && b_end && b_end <= a2",		5621	(Char const   *)"a1 <= b_start && b_start < b_end && b_end && b_end <= a2",
5606	(Char const   *)"drd_bitmap.c", 277,		5622	(Char const   *)"drd_bitmap.c", 277,
5607	(Char const   *)"vgDrd_bm_access_range_store", "");		5623	(Char const   *)"vgDrd_bm_access_range_store", "");
5608	}		5624	}
5609	tmp___17 = address_msb((Addr const   )b_start);		5625	tmp___17 = address_msb((Addr const   )b_start);
5610	tmp___18 = address_msb((Addr const   )(b_end - 1UL));		5626	tmp___18 = address_msb((Addr const   )(b_end - 1UL));
5611	if (tmp___17 == tmp___18) {		5627	if (tmp___17 == tmp___18) {
5612	tmp___19 = 1;		5628	tmp___19 = 1;
5613	} else {		5629	} else {
5614	tmp___19 = 0;		5630	tmp___19 = 0;
5615	}		5631	}
5616	tmp___20 = __builtin_expect((long )tmp___19, 1L);		5632	tmp___20 = __builtin_expect((long )tmp___19, 1L);
5617	if (tmp___20) {		5633	if (tmp___20) {
5618			5634
5619	} else {		5635	} else {
5620	vgPlain_assert_fail((Bool )0,		5636	vgPlain_assert_fail((Bool )0,
5621	(Char const   *)"address_msb(b_start) == address_msb(b_end - 1)",		5637	(Char const   *)"address_msb(b_start) == address_msb(b_end - 1)",
5622	(Char const   *)"drd_bitmap.c", 278,		5638	(Char const   *)"drd_bitmap.c", 278,
5623	(Char const   *)"vgDrd_bm_access_range_store", "");		5639	(Char const   *)"vgDrd_bm_access_range_store", "");
5624	}		5640	}
5625	tmp___21 = address_lsb((Addr const   )b_start);		5641	tmp___21 = address_lsb((Addr const   )b_start);
5626	tmp___22 = address_lsb((Addr const   )(b_end - 1UL));		5642	tmp___22 = address_lsb((Addr const   )(b_end - 1UL));
5627	if (tmp___21 <= tmp___22) {		5643	if (tmp___21 <= tmp___22) {
5628	tmp___23 = 1;		5644	tmp___23 = 1;
5629	} else {		5645	} else {
5630	tmp___23 = 0;		5646	tmp___23 = 0;
5631	}		5647	}
5632	tmp___24 = __builtin_expect((long )tmp___23, 1L);		5648	tmp___24 = __builtin_expect((long )tmp___23, 1L);
5633	if (tmp___24) {		5649	if (tmp___24) {
5634			5650
5635	} else {		5651	} else {
5636	vgPlain_assert_fail((Bool )0,		5652	vgPlain_assert_fail((Bool )0,
5637	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",		5653	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",
5638	(Char const   *)"drd_bitmap.c", 279,		5654	(Char const   *)"drd_bitmap.c", 279,
5639	(Char const   *)"vgDrd_bm_access_range_store", "");		5655	(Char const   *)"vgDrd_bm_access_range_store", "");
5640	}		5656	}
5641	tmp___26 = address_lsb((Addr const   )b_start);		5657	tmp___26 = address_lsb((Addr const   )b_start);
5642	if (tmp___26 == 0UL) {		5658	if (tmp___26 == 0UL) {
5643	tmp___27 = address_lsb((Addr const   )b_end);		5659	tmp___27 = address_lsb((Addr const   )b_end);
5644	if (tmp___27 == 0UL) {		5660	if (tmp___27 == 0UL) {
5645	k = 0U;		5661	k = 0U;
5646	while (k < 1U << 7) {		5662	while (k < 1U << 7) {
5647	bm2->bm1.bm0_w[k] = ~ ((UWord )0);		5663	bm2->bm1.bm0_w[k] = ~ ((UWord )0);
5648	k ++;		5664	k ++;
5649	}		5665	}
5650	} else {		5666	} else {
5651	goto _L;		5667	goto _L;
5652	}		5668	}
5653	} else {		5669	} else {
5654	_L: /* CIL Label */		5670	_L: /* CIL Label */
5655	b0 = address_lsb((Addr const   )b_start);		5671	b0 = address_lsb((Addr const   )b_start);
5656	while (1) {		5672	while (1) {
5657	tmp___25 = address_lsb((Addr const   )(b_end - 1UL));		5673	tmp___25 = address_lsb((Addr const   )(b_end - 1UL));
5658	if (b0 <= tmp___25) {		5674	if (b0 <= tmp___25) {
5659			5675
5660	} else {		5676	} else {
5661	break;		5677	break;
5662	}		5678	}
5663	bm0_set(bm2->bm1.bm0_w, (UWord const   )b0);		5679	bm0_set(bm2->bm1.bm0_w, (UWord const   )b0);
5664	b0 ++;		5680	b0 ++;
5665	}		5681	}
5666	}		5682	}
5667	b = b_next;		5683	b = b_next;
5668	}		5684	}
5669	return;		5685	return;
5670	}		5686	}
5671	}		5687	}
5672	void vgDrd_bm_access_store_1(struct bitmap * const  bm , Addr const   a1 )		5688	void vgDrd_bm_access_store_1(struct bitmap * const  bm , Addr const   a1 )
5673	{		5689	{
5674			5690
5675			5691
5676	{		5692	{
5677	bm_access_aligned_store(bm, a1, (SizeT const   )1);		5693	bm_access_aligned_store(bm, a1, (SizeT const   )1);
5678	return;		5694	return;
5679	}		5695	}
5680	}		5696	}
5681	void vgDrd_bm_access_store_2(struct bitmap * const  bm , Addr const   a1 )		5697	void vgDrd_bm_access_store_2(struct bitmap * const  bm , Addr const   a1 )
5682	{		5698	{
5683			5699
5684			5700
5685	{		5701	{
5686	if ((a1 & 1UL) == 0UL) {		5702	if ((a1 & 1UL) == 0UL) {
5687	bm_access_aligned_store(bm, a1, (SizeT const   )2);		5703	bm_access_aligned_store(bm, a1, (SizeT const   )2);
5688	} else {		5704	} else {
5689	vgDrd_bm_access_range(bm, a1, a1 + 2UL, (BmAccessTypeT const   )1);		5705	vgDrd_bm_access_range(bm, a1, a1 + 2UL, (BmAccessTypeT const   )1);
5690	}		5706	}
5691	return;		5707	return;
5692	}		5708	}
5693	}		5709	}
5694	void vgDrd_bm_access_store_4(struct bitmap * const  bm , Addr const   a1 )		5710	void vgDrd_bm_access_store_4(struct bitmap * const  bm , Addr const   a1 )
5695	{		5711	{
5696			5712
5697			5713
5698	{		5714	{
5699	if ((a1 & 3UL) == 0UL) {		5715	if ((a1 & 3UL) == 0UL) {
5700	bm_access_aligned_store(bm, a1, (SizeT const   )4);		5716	bm_access_aligned_store(bm, a1, (SizeT const   )4);
5701	} else {		5717	} else {
5702	vgDrd_bm_access_range(bm, a1, a1 + 4UL, (BmAccessTypeT const   )1);		5718	vgDrd_bm_access_range(bm, a1, a1 + 4UL, (BmAccessTypeT const   )1);
5703	}		5719	}
5704	return;		5720	return;
5705	}		5721	}
5706	}		5722	}
5707	void vgDrd_bm_access_store_8(struct bitmap * const  bm , Addr const   a1 )		5723	void vgDrd_bm_access_store_8(struct bitmap * const  bm , Addr const   a1 )
5708	{		5724	{
5709			5725
5710			5726
5711	{		5727	{
5712	if ((a1 & 7UL) == 0UL) {		5728	if ((a1 & 7UL) == 0UL) {
5713	bm_access_aligned_store(bm, a1, (SizeT const   )8);		5729	bm_access_aligned_store(bm, a1, (SizeT const   )8);
5714	} else		5730	} else
5715	if ((a1 & 3UL) == 0UL) {		5731	if ((a1 & 3UL) == 0UL) {
5716	bm_access_aligned_store(bm, a1, (SizeT const   )4);		5732	bm_access_aligned_store(bm, a1, (SizeT const   )4);
5717	bm_access_aligned_store(bm, a1 + 4UL, (SizeT const   )4);		5733	bm_access_aligned_store(bm, a1 + 4UL, (SizeT const   )4);
5718	} else {		5734	} else {
5719	vgDrd_bm_access_range(bm, a1, a1 + 8UL, (BmAccessTypeT const   )1);		5735	vgDrd_bm_access_range(bm, a1, a1 + 8UL, (BmAccessTypeT const   )1);
5720	}		5736	}
5721	return;		5737	return;
5722	}		5738	}
5723	}		5739	}
5724	Bool vgDrd_bm_has(struct bitmap * const  bm , Addr const   a1 ,		5740	Bool vgDrd_bm_has(struct bitmap * const  bm , Addr const   a1 ,
5725	Addr const   a2 , BmAccessTypeT const   access_type )		5741	Addr const   a2 , BmAccessTypeT const   access_type )
5726	{		5742	{
5727	int tmp ;		5743	int tmp ;
5728	long tmp___0 ;		5744	long tmp___0 ;
5729	Bool tmp___1 ;		5745	Bool tmp___1 ;
5730	Bool tmp___2 ;		5746	Bool tmp___2 ;
5731			5747
5732	{		5748	{
5733	if ((unsigned int const   )access_type == 0U) {		5749	if ((unsigned int const   )access_type == 0U) {
5734	tmp = 1;		5750	tmp = 1;
5735	} else		5751	} else
5736	if ((unsigned int const   )access_type == 1U) {		5752	if ((unsigned int const   )access_type == 1U) {
5737	tmp = 1;		5753	tmp = 1;
5738	} else {		5754	} else {
5739	tmp = 0;		5755	tmp = 0;
5740	}		5756	}
5741	tmp___0 = __builtin_expect((long )tmp, 1L);		5757	tmp___0 = __builtin_expect((long )tmp, 1L);
5742	if (tmp___0) {		5758	if (tmp___0) {
5743			5759
5744	} else {		5760	} else {
5745	vgPlain_assert_fail((Bool )0,		5761	vgPlain_assert_fail((Bool )0,
5746	(Char const   *)"access_type == eLoad || access_type == eStore",		5762	(Char const   *)"access_type == eLoad || access_type == eStore",
5747	(Char const   *)"drd_bitmap.c", 337,		5763	(Char const   *)"drd_bitmap.c", 337,
5748	(Char const   *)"vgDrd_bm_has", "");		5764	(Char const   *)"vgDrd_bm_has", "");
5749	}		5765	}
5750	if ((unsigned int const   )access_type == 0U) {		5766	if ((unsigned int const   )access_type == 0U) {
5751	tmp___1 = vgDrd_bm_has_any_load(bm, a1, a2);		5767	tmp___1 = vgDrd_bm_has_any_load(bm, a1, a2);
5752	return (tmp___1);		5768	return (tmp___1);
5753	} else {		5769	} else {
5754	tmp___2 = vgDrd_bm_has_any_store(bm, a1, a2);		5770	tmp___2 = vgDrd_bm_has_any_store(bm, a1, a2);
5755	return (tmp___2);		5771	return (tmp___2);
5756	}		5772	}
5757	}		5773	}
5758	}		5774	}
5759	Bool vgDrd_bm_has_any_load_g(struct bitmap * const  bm )		5775	Bool vgDrd_bm_has_any_load_g(struct bitmap * const  bm )
5760	{		5776	{
5761	struct bitmap2 *bm2 ;		5777	struct bitmap2 *bm2 ;
5762	long tmp ;		5778	long tmp ;
5763	Addr b_start ;		5779	Addr b_start ;
5764	Addr b_end ;		5780	Addr b_end ;
5765	UWord b0 ;		5781	UWord b0 ;
5766	struct bitmap1  const  *p1 ;		5782	struct bitmap1  const  *p1 ;
5767	UWord tmp___0 ;		5783	UWord tmp___0 ;
5768	UWord tmp___1 ;		5784	UWord tmp___1 ;
5769	void *tmp___2 ;		5785	void *tmp___2 ;
5770			5786
5771	{		5787	{
5772	tmp = __builtin_expect((long )(! (! bm)), 1L);		5788	tmp = __builtin_expect((long )(! (! bm)), 1L);
5773	if (tmp) {		5789	if (tmp) {
5774			5790
5775	} else {		5791	} else {
5776	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		5792	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5777	(Char const   *)"drd_bitmap.c", 349,		5793	(Char const   *)"drd_bitmap.c", 349,
5778	(Char const   *)"vgDrd_bm_has_any_load_g", "");		5794	(Char const   *)"vgDrd_bm_has_any_load_g", "");
5779	}		5795	}
5780	vgPlain_OSetGen_ResetIter(bm->oset);		5796	vgPlain_OSetGen_ResetIter(bm->oset);
5781	while (1) {		5797	while (1) {
5782	tmp___2 = vgPlain_OSetGen_Next(bm->oset);		5798	tmp___2 = vgPlain_OSetGen_Next(bm->oset);
5783	bm2 = (struct bitmap2 *)tmp___2;		5799	bm2 = (struct bitmap2 *)tmp___2;
5784	if ((unsigned int )bm2 != (unsigned int )((void *)0)) {		5800	if ((unsigned int )bm2 != (unsigned int )((void *)0)) {
5785			5801
5786	} else {		5802	} else {
5787	break;		5803	break;
5788	}		5804	}
5789	p1 = (struct bitmap1  const  *)(& bm2->bm1);		5805	p1 = (struct bitmap1  const  *)(& bm2->bm1);
5790	b_start = make_address((UWord const   )bm2->addr, (UWord const   )0);		5806	b_start = make_address((UWord const   )bm2->addr, (UWord const   )0);
5791	b_end = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);		5807	b_end = make_address((UWord const   )(bm2->addr + 1UL), (UWord const   )0);
5792	b0 = address_lsb((Addr const   )b_start);		5808	b0 = address_lsb((Addr const   )b_start);
5793	while (1) {		5809	while (1) {
5794	tmp___1 = address_lsb((Addr const   )(b_end - 1UL));		5810	tmp___1 = address_lsb((Addr const   )(b_end - 1UL));
5795	if (b0 <= tmp___1) {		5811	if (b0 <= tmp___1) {
5796			5812
5797	} else {		5813	} else {
5798	break;		5814	break;
5799	}		5815	}
5800	tmp___0 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);		5816	tmp___0 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);
5801	if (tmp___0) {		5817	if (tmp___0) {
5802	return ((Bool )1);		5818	return ((Bool )1);
5803	} else {		5819	} else {
5804			5820
5805	}		5821	}
5806	b0 ++;		5822	b0 ++;
5807	}		5823	}
5808	}		5824	}
5809	return ((Bool )0);		5825	return ((Bool )0);
5810	}		5826	}
5811	}		5827	}
5812	Bool vgDrd_bm_has_any_load(struct bitmap * const  bm , Addr const   a1 ,		5828	Bool vgDrd_bm_has_any_load(struct bitmap * const  bm , Addr const   a1 ,
5813	Addr const   a2 )		5829	Addr const   a2 )
5814	{		5830	{
5815	Addr b ;		5831	Addr b ;
5816	Addr b_next ;		5832	Addr b_next ;
5817	long tmp ;		5833	long tmp ;
5818	struct bitmap2  const  *bm2 ;		5834	struct bitmap2  const  *bm2 ;
5819	UWord tmp___0 ;		5835	UWord tmp___0 ;
5820	struct bitmap2  const  *tmp___1 ;		5836	struct bitmap2  const  *tmp___1 ;
5821	Addr b_start ;		5837	Addr b_start ;
5822	Addr b_end ;		5838	Addr b_end ;
5823	UWord b0 ;		5839	UWord b0 ;
5824	struct bitmap1  const  *p1 ;		5840	struct bitmap1  const  *p1 ;
5825	Addr tmp___2 ;		5841	Addr tmp___2 ;
5826	Addr tmp___3 ;		5842	Addr tmp___3 ;
5827	int tmp___4 ;		5843	int tmp___4 ;
5828	long tmp___5 ;		5844	long tmp___5 ;
5829	Addr tmp___6 ;		5845	Addr tmp___6 ;
5830	int tmp___7 ;		5846	int tmp___7 ;
5831	long tmp___8 ;		5847	long tmp___8 ;
5832	long tmp___9 ;		5848	long tmp___9 ;
5833	UWord tmp___10 ;		5849	UWord tmp___10 ;
5834	UWord tmp___11 ;		5850	UWord tmp___11 ;
5835	int tmp___12 ;		5851	int tmp___12 ;
5836	long tmp___13 ;		5852	long tmp___13 ;
5837	UWord tmp___14 ;		5853	UWord tmp___14 ;
5838	UWord tmp___15 ;		5854	UWord tmp___15 ;
5839			5855
5840	{		5856	{
5841	tmp = __builtin_expect((long )(! (! bm)), 1L);		5857	tmp = __builtin_expect((long )(! (! bm)), 1L);
5842	if (tmp) {		5858	if (tmp) {
5843			5859
5844	} else {		5860	} else {
5845	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		5861	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5846	(Char const   *)"drd_bitmap.c", 373,		5862	(Char const   *)"drd_bitmap.c", 373,
5847	(Char const   *)"vgDrd_bm_has_any_load", "");		5863	(Char const   *)"vgDrd_bm_has_any_load", "");
5848	}		5864	}
5849	b = (Addr )a1;		5865	b = (Addr )a1;
5850	while (b < (Addr )a2) {		5866	while (b < (Addr )a2) {
5851	tmp___0 = address_msb((Addr const   )b);		5867	tmp___0 = address_msb((Addr const   )b);
5852	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);		5868	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);
5853	bm2 = tmp___1;		5869	bm2 = tmp___1;
5854	b_next = first_address_with_higher_msb((Addr const   )b);		5870	b_next = first_address_with_higher_msb((Addr const   )b);
5855	if (b_next > (Addr )a2) {		5871	if (b_next > (Addr )a2) {
5856	b_next = (Addr )a2;		5872	b_next = (Addr )a2;
5857	} else {		5873	} else {
5858			5874
5859	}		5875	}
5860	if (bm2) {		5876	if (bm2) {
5861	p1 = & bm2->bm1;		5877	p1 = & bm2->bm1;
5862	tmp___3 = make_address(bm2->addr, (UWord const   )0);		5878	tmp___3 = make_address(bm2->addr, (UWord const   )0);
5863	if (tmp___3 < (Addr )a1) {		5879	if (tmp___3 < (Addr )a1) {
5864	b_start = (Addr )a1;		5880	b_start = (Addr )a1;
5865	} else {		5881	} else {
5866	tmp___2 = make_address(bm2->addr, (UWord const   )0);		5882	tmp___2 = make_address(bm2->addr, (UWord const   )0);
5867	if (tmp___2 < (Addr )a2) {		5883	if (tmp___2 < (Addr )a2) {
5868	b_start = make_address(bm2->addr, (UWord const   )0);		5884	b_start = make_address(bm2->addr, (UWord const   )0);
5869	} else {		5885	} else {
5870	break;		5886	break;
5871	}		5887	}
5872	}		5888	}
5873	if (a1 <= (Addr const   )b_start) {		5889	if (a1 <= (Addr const   )b_start) {
5874	if (b_start <= (Addr )a2) {		5890	if (b_start <= (Addr )a2) {
5875	tmp___4 = 1;		5891	tmp___4 = 1;
5876	} else {		5892	} else {
5877	tmp___4 = 0;		5893	tmp___4 = 0;
5878	}		5894	}
5879	} else {		5895	} else {
5880	tmp___4 = 0;		5896	tmp___4 = 0;
5881	}		5897	}
5882	tmp___5 = __builtin_expect((long )tmp___4, 1L);		5898	tmp___5 = __builtin_expect((long )tmp___4, 1L);
5883	if (tmp___5) {		5899	if (tmp___5) {
5884			5900
5885	} else {		5901	} else {
5886	vgPlain_assert_fail((Bool )0,		5902	vgPlain_assert_fail((Bool )0,
5887	(Char const   *)"a1 <= b_start && b_start <= a2",		5903	(Char const   *)"a1 <= b_start && b_start <= a2",
5888	(Char const   *)"drd_bitmap.c", 399,		5904	(Char const   *)"drd_bitmap.c", 399,
5889	(Char const   *)"vgDrd_bm_has_any_load", "");		5905	(Char const   *)"vgDrd_bm_has_any_load", "");
5890	}		5906	}
5891	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);		5907	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);
5892	if (tmp___6 < (Addr )a2) {		5908	if (tmp___6 < (Addr )a2) {
5893	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);		5909	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);
5894	} else {		5910	} else {
5895	b_end = (Addr )a2;		5911	b_end = (Addr )a2;
5896	}		5912	}
5897	if (a1 <= (Addr const   )b_end) {		5913	if (a1 <= (Addr const   )b_end) {
5898	if (b_end <= (Addr )a2) {		5914	if (b_end <= (Addr )a2) {
5899	tmp___7 = 1;		5915	tmp___7 = 1;
5900	} else {		5916	} else {
5901	tmp___7 = 0;		5917	tmp___7 = 0;
5902	}		5918	}
5903	} else {		5919	} else {
5904	tmp___7 = 0;		5920	tmp___7 = 0;
5905	}		5921	}
5906	tmp___8 = __builtin_expect((long )tmp___7, 1L);		5922	tmp___8 = __builtin_expect((long )tmp___7, 1L);
5907	if (tmp___8) {		5923	if (tmp___8) {
5908			5924
5909	} else {		5925	} else {
5910	vgPlain_assert_fail((Bool )0,		5926	vgPlain_assert_fail((Bool )0,
5911	(Char const   *)"a1 <= b_end && b_end <= a2",		5927	(Char const   *)"a1 <= b_end && b_end <= a2",
5912	(Char const   *)"drd_bitmap.c", 405,		5928	(Char const   *)"drd_bitmap.c", 405,
5913	(Char const   *)"vgDrd_bm_has_any_load", "");		5929	(Char const   *)"vgDrd_bm_has_any_load", "");
5914	}		5930	}
5915	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);		5931	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);
5916	if (tmp___9) {		5932	if (tmp___9) {
5917			5933
5918	} else {		5934	} else {
5919	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",		5935	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",
5920	(Char const   *)"drd_bitmap.c", 406,		5936	(Char const   *)"drd_bitmap.c", 406,
5921	(Char const   *)"vgDrd_bm_has_any_load", "");		5937	(Char const   *)"vgDrd_bm_has_any_load", "");
5922	}		5938	}
5923	tmp___10 = address_lsb((Addr const   )b_start);		5939	tmp___10 = address_lsb((Addr const   )b_start);
5924	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));		5940	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));
5925	if (tmp___10 <= tmp___11) {		5941	if (tmp___10 <= tmp___11) {
5926	tmp___12 = 1;		5942	tmp___12 = 1;
5927	} else {		5943	} else {
5928	tmp___12 = 0;		5944	tmp___12 = 0;
5929	}		5945	}
5930	tmp___13 = __builtin_expect((long )tmp___12, 1L);		5946	tmp___13 = __builtin_expect((long )tmp___12, 1L);
5931	if (tmp___13) {		5947	if (tmp___13) {
5932			5948
5933	} else {		5949	} else {
5934	vgPlain_assert_fail((Bool )0,		5950	vgPlain_assert_fail((Bool )0,
5935	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",		5951	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",
5936	(Char const   *)"drd_bitmap.c", 407,		5952	(Char const   *)"drd_bitmap.c", 407,
5937	(Char const   *)"vgDrd_bm_has_any_load", "");		5953	(Char const   *)"vgDrd_bm_has_any_load", "");
5938	}		5954	}
5939	b0 = address_lsb((Addr const   )b_start);		5955	b0 = address_lsb((Addr const   )b_start);
5940	while (1) {		5956	while (1) {
5941	tmp___15 = address_lsb((Addr const   )(b_end - 1UL));		5957	tmp___15 = address_lsb((Addr const   )(b_end - 1UL));
5942	if (b0 <= tmp___15) {		5958	if (b0 <= tmp___15) {
5943			5959
5944	} else {		5960	} else {
5945	break;		5961	break;
5946	}		5962	}
5947	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);		5963	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);
5948	if (tmp___14) {		5964	if (tmp___14) {
5949	return ((Bool )1);		5965	return ((Bool )1);
5950	} else {		5966	} else {
5951			5967
5952	}		5968	}
5953	b0 ++;		5969	b0 ++;
5954	}		5970	}
5955	} else {		5971	} else {
5956			5972
5957	}		5973	}
5958	b = b_next;		5974	b = b_next;
5959	}		5975	}
5960	return ((Bool )0);		5976	return ((Bool )0);
5961	}		5977	}
5962	}		5978	}
5963	Bool vgDrd_bm_has_any_store(struct bitmap * const  bm , Addr const   a1 ,		5979	Bool vgDrd_bm_has_any_store(struct bitmap * const  bm , Addr const   a1 ,
5964	Addr const   a2 )		5980	Addr const   a2 )
5965	{		5981	{
5966	Addr b ;		5982	Addr b ;
5967	Addr b_next ;		5983	Addr b_next ;
5968	long tmp ;		5984	long tmp ;
5969	struct bitmap2  const  *bm2 ;		5985	struct bitmap2  const  *bm2 ;
5970	UWord tmp___0 ;		5986	UWord tmp___0 ;
5971	struct bitmap2  const  *tmp___1 ;		5987	struct bitmap2  const  *tmp___1 ;
5972	Addr b_start ;		5988	Addr b_start ;
5973	Addr b_end ;		5989	Addr b_end ;
5974	UWord b0 ;		5990	UWord b0 ;
5975	struct bitmap1  const  *p1 ;		5991	struct bitmap1  const  *p1 ;
5976	Addr tmp___2 ;		5992	Addr tmp___2 ;
5977	Addr tmp___3 ;		5993	Addr tmp___3 ;
5978	int tmp___4 ;		5994	int tmp___4 ;
5979	long tmp___5 ;		5995	long tmp___5 ;
5980	Addr tmp___6 ;		5996	Addr tmp___6 ;
5981	int tmp___7 ;		5997	int tmp___7 ;
5982	long tmp___8 ;		5998	long tmp___8 ;
5983	long tmp___9 ;		5999	long tmp___9 ;
5984	UWord tmp___10 ;		6000	UWord tmp___10 ;
5985	UWord tmp___11 ;		6001	UWord tmp___11 ;
5986	int tmp___12 ;		6002	int tmp___12 ;
5987	long tmp___13 ;		6003	long tmp___13 ;
5988	UWord tmp___14 ;		6004	UWord tmp___14 ;
5989	UWord tmp___15 ;		6005	UWord tmp___15 ;
5990			6006
5991	{		6007	{
5992	tmp = __builtin_expect((long )(! (! bm)), 1L);		6008	tmp = __builtin_expect((long )(! (! bm)), 1L);
5993	if (tmp) {		6009	if (tmp) {
5994			6010
5995	} else {		6011	} else {
5996	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6012	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
5997	(Char const   *)"drd_bitmap.c", 426,		6013	(Char const   *)"drd_bitmap.c", 426,
5998	(Char const   *)"vgDrd_bm_has_any_store", "");		6014	(Char const   *)"vgDrd_bm_has_any_store", "");
5999	}		6015	}
6000	b = (Addr )a1;		6016	b = (Addr )a1;
6001	while (b < (Addr )a2) {		6017	while (b < (Addr )a2) {
6002	tmp___0 = address_msb((Addr const   )b);		6018	tmp___0 = address_msb((Addr const   )b);
6003	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);		6019	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);
6004	bm2 = tmp___1;		6020	bm2 = tmp___1;
6005	b_next = first_address_with_higher_msb((Addr const   )b);		6021	b_next = first_address_with_higher_msb((Addr const   )b);
6006	if (b_next > (Addr )a2) {		6022	if (b_next > (Addr )a2) {
6007	b_next = (Addr )a2;		6023	b_next = (Addr )a2;
6008	} else {		6024	} else {
6009			6025
6010	}		6026	}
6011	if (bm2) {		6027	if (bm2) {
6012	p1 = & bm2->bm1;		6028	p1 = & bm2->bm1;
6013	tmp___3 = make_address(bm2->addr, (UWord const   )0);		6029	tmp___3 = make_address(bm2->addr, (UWord const   )0);
6014	if (tmp___3 < (Addr )a1) {		6030	if (tmp___3 < (Addr )a1) {
6015	b_start = (Addr )a1;		6031	b_start = (Addr )a1;
6016	} else {		6032	} else {
6017	tmp___2 = make_address(bm2->addr, (UWord const   )0);		6033	tmp___2 = make_address(bm2->addr, (UWord const   )0);
6018	if (tmp___2 < (Addr )a2) {		6034	if (tmp___2 < (Addr )a2) {
6019	b_start = make_address(bm2->addr, (UWord const   )0);		6035	b_start = make_address(bm2->addr, (UWord const   )0);
6020	} else {		6036	} else {
6021	break;		6037	break;
6022	}		6038	}
6023	}		6039	}
6024	if (a1 <= (Addr const   )b_start) {		6040	if (a1 <= (Addr const   )b_start) {
6025	if (b_start <= (Addr )a2) {		6041	if (b_start <= (Addr )a2) {
6026	tmp___4 = 1;		6042	tmp___4 = 1;
6027	} else {		6043	} else {
6028	tmp___4 = 0;		6044	tmp___4 = 0;
6029	}		6045	}
6030	} else {		6046	} else {
6031	tmp___4 = 0;		6047	tmp___4 = 0;
6032	}		6048	}
6033	tmp___5 = __builtin_expect((long )tmp___4, 1L);		6049	tmp___5 = __builtin_expect((long )tmp___4, 1L);
6034	if (tmp___5) {		6050	if (tmp___5) {
6035			6051
6036	} else {		6052	} else {
6037	vgPlain_assert_fail((Bool )0,		6053	vgPlain_assert_fail((Bool )0,
6038	(Char const   *)"a1 <= b_start && b_start <= a2",		6054	(Char const   *)"a1 <= b_start && b_start <= a2",
6039	(Char const   *)"drd_bitmap.c", 452,		6055	(Char const   *)"drd_bitmap.c", 452,
6040	(Char const   *)"vgDrd_bm_has_any_store", "");		6056	(Char const   *)"vgDrd_bm_has_any_store", "");
6041	}		6057	}
6042	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);		6058	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);
6043	if (tmp___6 < (Addr )a2) {		6059	if (tmp___6 < (Addr )a2) {
6044	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);		6060	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);
6045	} else {		6061	} else {
6046	b_end = (Addr )a2;		6062	b_end = (Addr )a2;
6047	}		6063	}
6048	if (a1 <= (Addr const   )b_end) {		6064	if (a1 <= (Addr const   )b_end) {
6049	if (b_end <= (Addr )a2) {		6065	if (b_end <= (Addr )a2) {
6050	tmp___7 = 1;		6066	tmp___7 = 1;
6051	} else {		6067	} else {
6052	tmp___7 = 0;		6068	tmp___7 = 0;
6053	}		6069	}
6054	} else {		6070	} else {
6055	tmp___7 = 0;		6071	tmp___7 = 0;
6056	}		6072	}
6057	tmp___8 = __builtin_expect((long )tmp___7, 1L);		6073	tmp___8 = __builtin_expect((long )tmp___7, 1L);
6058	if (tmp___8) {		6074	if (tmp___8) {
6059			6075
6060	} else {		6076	} else {
6061	vgPlain_assert_fail((Bool )0,		6077	vgPlain_assert_fail((Bool )0,
6062	(Char const   *)"a1 <= b_end && b_end <= a2",		6078	(Char const   *)"a1 <= b_end && b_end <= a2",
6063	(Char const   *)"drd_bitmap.c", 458,		6079	(Char const   *)"drd_bitmap.c", 458,
6064	(Char const   *)"vgDrd_bm_has_any_store", "");		6080	(Char const   *)"vgDrd_bm_has_any_store", "");
6065	}		6081	}
6066	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);		6082	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);
6067	if (tmp___9) {		6083	if (tmp___9) {
6068			6084
6069	} else {		6085	} else {
6070	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",		6086	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",
6071	(Char const   *)"drd_bitmap.c", 459,		6087	(Char const   *)"drd_bitmap.c", 459,
6072	(Char const   *)"vgDrd_bm_has_any_store", "");		6088	(Char const   *)"vgDrd_bm_has_any_store", "");
6073	}		6089	}
6074	tmp___10 = address_lsb((Addr const   )b_start);		6090	tmp___10 = address_lsb((Addr const   )b_start);
6075	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));		6091	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));
6076	if (tmp___10 <= tmp___11) {		6092	if (tmp___10 <= tmp___11) {
6077	tmp___12 = 1;		6093	tmp___12 = 1;
6078	} else {		6094	} else {
6079	tmp___12 = 0;		6095	tmp___12 = 0;
6080	}		6096	}
6081	tmp___13 = __builtin_expect((long )tmp___12, 1L);		6097	tmp___13 = __builtin_expect((long )tmp___12, 1L);
6082	if (tmp___13) {		6098	if (tmp___13) {
6083			6099
6084	} else {		6100	} else {
6085	vgPlain_assert_fail((Bool )0,		6101	vgPlain_assert_fail((Bool )0,
6086	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",		6102	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",
6087	(Char const   *)"drd_bitmap.c", 460,		6103	(Char const   *)"drd_bitmap.c", 460,
6088	(Char const   *)"vgDrd_bm_has_any_store", "");		6104	(Char const   *)"vgDrd_bm_has_any_store", "");
6089	}		6105	}
6090	b0 = address_lsb((Addr const   )b_start);		6106	b0 = address_lsb((Addr const   )b_start);
6091	while (1) {		6107	while (1) {
6092	tmp___15 = address_lsb((Addr const   )(b_end - 1UL));		6108	tmp___15 = address_lsb((Addr const   )(b_end - 1UL));
6093	if (b0 <= tmp___15) {		6109	if (b0 <= tmp___15) {
6094			6110
6095	} else {		6111	} else {
6096	break;		6112	break;
6097	}		6113	}
6098	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);		6114	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);
6099	if (tmp___14) {		6115	if (tmp___14) {
6100	return ((Bool )1);		6116	return ((Bool )1);
6101	} else {		6117	} else {
6102			6118
6103	}		6119	}
6104	b0 ++;		6120	b0 ++;
6105	}		6121	}
6106	} else {		6122	} else {
6107			6123
6108	}		6124	}
6109	b = b_next;		6125	b = b_next;
6110	}		6126	}
6111	return ((Bool )0);		6127	return ((Bool )0);
6112	}		6128	}
6113	}		6129	}
6114	Bool vgDrd_bm_has_any_access(struct bitmap * const  bm , Addr const   a1 ,		6130	Bool vgDrd_bm_has_any_access(struct bitmap * const  bm , Addr const   a1 ,
6115	Addr const   a2 )		6131	Addr const   a2 )
6116	{		6132	{
6117	Addr b ;		6133	Addr b ;
6118	Addr b_next ;		6134	Addr b_next ;
6119	long tmp ;		6135	long tmp ;
6120	struct bitmap2  const  *bm2 ;		6136	struct bitmap2  const  *bm2 ;
6121	UWord tmp___0 ;		6137	UWord tmp___0 ;
6122	struct bitmap2  const  *tmp___1 ;		6138	struct bitmap2  const  *tmp___1 ;
6123	Addr b_start ;		6139	Addr b_start ;
6124	Addr b_end ;		6140	Addr b_end ;
6125	UWord b0 ;		6141	UWord b0 ;
6126	struct bitmap1  const  *p1 ;		6142	struct bitmap1  const  *p1 ;
6127	Addr tmp___2 ;		6143	Addr tmp___2 ;
6128	Addr tmp___3 ;		6144	Addr tmp___3 ;
6129	int tmp___4 ;		6145	int tmp___4 ;
6130	long tmp___5 ;		6146	long tmp___5 ;
6131	Addr tmp___6 ;		6147	Addr tmp___6 ;
6132	int tmp___7 ;		6148	int tmp___7 ;
6133	long tmp___8 ;		6149	long tmp___8 ;
6134	long tmp___9 ;		6150	long tmp___9 ;
6135	UWord tmp___10 ;		6151	UWord tmp___10 ;
6136	UWord tmp___11 ;		6152	UWord tmp___11 ;
6137	int tmp___12 ;		6153	int tmp___12 ;
6138	long tmp___13 ;		6154	long tmp___13 ;
6139	UWord tmp___14 ;		6155	UWord tmp___14 ;
6140	UWord tmp___15 ;		6156	UWord tmp___15 ;
6141	UWord tmp___16 ;		6157	UWord tmp___16 ;
6142			6158
6143	{		6159	{
6144	tmp = __builtin_expect((long )(! (! bm)), 1L);		6160	tmp = __builtin_expect((long )(! (! bm)), 1L);
6145	if (tmp) {		6161	if (tmp) {
6146			6162
6147	} else {		6163	} else {
6148	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6164	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
6149	(Char const   *)"drd_bitmap.c", 481,		6165	(Char const   *)"drd_bitmap.c", 481,
6150	(Char const   *)"vgDrd_bm_has_any_access", "");		6166	(Char const   *)"vgDrd_bm_has_any_access", "");
6151	}		6167	}
6152	b = (Addr )a1;		6168	b = (Addr )a1;
6153	while (b < (Addr )a2) {		6169	while (b < (Addr )a2) {
6154	tmp___0 = address_msb((Addr const   )b);		6170	tmp___0 = address_msb((Addr const   )b);
6155	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);		6171	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);
6156	bm2 = tmp___1;		6172	bm2 = tmp___1;
6157	b_next = first_address_with_higher_msb((Addr const   )b);		6173	b_next = first_address_with_higher_msb((Addr const   )b);
6158	if (b_next > (Addr )a2) {		6174	if (b_next > (Addr )a2) {
6159	b_next = (Addr )a2;		6175	b_next = (Addr )a2;
6160	} else {		6176	} else {
6161			6177
6162	}		6178	}
6163	if (bm2) {		6179	if (bm2) {
6164	p1 = & bm2->bm1;		6180	p1 = & bm2->bm1;
6165	tmp___3 = make_address(bm2->addr, (UWord const   )0);		6181	tmp___3 = make_address(bm2->addr, (UWord const   )0);
6166	if (tmp___3 < (Addr )a1) {		6182	if (tmp___3 < (Addr )a1) {
6167	b_start = (Addr )a1;		6183	b_start = (Addr )a1;
6168	} else {		6184	} else {
6169	tmp___2 = make_address(bm2->addr, (UWord const   )0);		6185	tmp___2 = make_address(bm2->addr, (UWord const   )0);
6170	if (tmp___2 < (Addr )a2) {		6186	if (tmp___2 < (Addr )a2) {
6171	b_start = make_address(bm2->addr, (UWord const   )0);		6187	b_start = make_address(bm2->addr, (UWord const   )0);
6172	} else {		6188	} else {
6173	break;		6189	break;
6174	}		6190	}
6175	}		6191	}
6176	if (a1 <= (Addr const   )b_start) {		6192	if (a1 <= (Addr const   )b_start) {
6177	if (b_start <= (Addr )a2) {		6193	if (b_start <= (Addr )a2) {
6178	tmp___4 = 1;		6194	tmp___4 = 1;
6179	} else {		6195	} else {
6180	tmp___4 = 0;		6196	tmp___4 = 0;
6181	}		6197	}
6182	} else {		6198	} else {
6183	tmp___4 = 0;		6199	tmp___4 = 0;
6184	}		6200	}
6185	tmp___5 = __builtin_expect((long )tmp___4, 1L);		6201	tmp___5 = __builtin_expect((long )tmp___4, 1L);
6186	if (tmp___5) {		6202	if (tmp___5) {
6187			6203
6188	} else {		6204	} else {
6189	vgPlain_assert_fail((Bool )0,		6205	vgPlain_assert_fail((Bool )0,
6190	(Char const   *)"a1 <= b_start && b_start <= a2",		6206	(Char const   *)"a1 <= b_start && b_start <= a2",
6191	(Char const   *)"drd_bitmap.c", 507,		6207	(Char const   *)"drd_bitmap.c", 507,
6192	(Char const   *)"vgDrd_bm_has_any_access", "");		6208	(Char const   *)"vgDrd_bm_has_any_access", "");
6193	}		6209	}
6194	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);		6210	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);
6195	if (tmp___6 < (Addr )a2) {		6211	if (tmp___6 < (Addr )a2) {
6196	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);		6212	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);
6197	} else {		6213	} else {
6198	b_end = (Addr )a2;		6214	b_end = (Addr )a2;
6199	}		6215	}
6200	if (a1 <= (Addr const   )b_end) {		6216	if (a1 <= (Addr const   )b_end) {
6201	if (b_end <= (Addr )a2) {		6217	if (b_end <= (Addr )a2) {
6202	tmp___7 = 1;		6218	tmp___7 = 1;
6203	} else {		6219	} else {
6204	tmp___7 = 0;		6220	tmp___7 = 0;
6205	}		6221	}
6206	} else {		6222	} else {
6207	tmp___7 = 0;		6223	tmp___7 = 0;
6208	}		6224	}
6209	tmp___8 = __builtin_expect((long )tmp___7, 1L);		6225	tmp___8 = __builtin_expect((long )tmp___7, 1L);
6210	if (tmp___8) {		6226	if (tmp___8) {
6211			6227
6212	} else {		6228	} else {
6213	vgPlain_assert_fail((Bool )0,		6229	vgPlain_assert_fail((Bool )0,
6214	(Char const   *)"a1 <= b_end && b_end <= a2",		6230	(Char const   *)"a1 <= b_end && b_end <= a2",
6215	(Char const   *)"drd_bitmap.c", 513,		6231	(Char const   *)"drd_bitmap.c", 513,
6216	(Char const   *)"vgDrd_bm_has_any_access", "");		6232	(Char const   *)"vgDrd_bm_has_any_access", "");
6217	}		6233	}
6218	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);		6234	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);
6219	if (tmp___9) {		6235	if (tmp___9) {
6220			6236
6221	} else {		6237	} else {
6222	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",		6238	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",
6223	(Char const   *)"drd_bitmap.c", 514,		6239	(Char const   *)"drd_bitmap.c", 514,
6224	(Char const   *)"vgDrd_bm_has_any_access", "");		6240	(Char const   *)"vgDrd_bm_has_any_access", "");
6225	}		6241	}
6226	tmp___10 = address_lsb((Addr const   )b_start);		6242	tmp___10 = address_lsb((Addr const   )b_start);
6227	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));		6243	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));
6228	if (tmp___10 <= tmp___11) {		6244	if (tmp___10 <= tmp___11) {
6229	tmp___12 = 1;		6245	tmp___12 = 1;
6230	} else {		6246	} else {
6231	tmp___12 = 0;		6247	tmp___12 = 0;
6232	}		6248	}
6233	tmp___13 = __builtin_expect((long )tmp___12, 1L);		6249	tmp___13 = __builtin_expect((long )tmp___12, 1L);
6234	if (tmp___13) {		6250	if (tmp___13) {
6235			6251
6236	} else {		6252	} else {
6237	vgPlain_assert_fail((Bool )0,		6253	vgPlain_assert_fail((Bool )0,
6238	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",		6254	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",
6239	(Char const   *)"drd_bitmap.c", 515,		6255	(Char const   *)"drd_bitmap.c", 515,
6240	(Char const   *)"vgDrd_bm_has_any_access", "");		6256	(Char const   *)"vgDrd_bm_has_any_access", "");
6241	}		6257	}
6242	b0 = address_lsb((Addr const   )b_start);		6258	b0 = address_lsb((Addr const   )b_start);
6243	while (1) {		6259	while (1) {
6244	tmp___16 = address_lsb((Addr const   )(b_end - 1UL));		6260	tmp___16 = address_lsb((Addr const   )(b_end - 1UL));
6245	if (b0 <= tmp___16) {		6261	if (b0 <= tmp___16) {
6246			6262
6247	} else {		6263	} else {
6248	break;		6264	break;
6249	}		6265	}
6250	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);		6266	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);
6251	tmp___15 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);		6267	tmp___15 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);
6252	if (tmp___14 | tmp___15) {		6268	if (tmp___14 | tmp___15) {
6253	return ((Bool )1);		6269	return ((Bool )1);
6254	} else {		6270	} else {
6255			6271
6256	}		6272	}
6257	b0 ++;		6273	b0 ++;
6258	}		6274	}
6259	} else {		6275	} else {
6260			6276
6261	}		6277	}
6262	b = b_next;		6278	b = b_next;
6263	}		6279	}
6264	return ((Bool )0);		6280	return ((Bool )0);
6265	}		6281	}
6266	}		6282	}
6267	Bool vgDrd_bm_has_1(struct bitmap * const  bm , Addr const   a ,		6283	Bool vgDrd_bm_has_1(struct bitmap * const  bm , Addr const   a ,
6268	BmAccessTypeT const   access_type )		6284	BmAccessTypeT const   access_type )
6269	{		6285	{
6270	struct bitmap2  const  *p2 ;		6286	struct bitmap2  const  *p2 ;
6271	struct bitmap1  const  *p1 ;		6287	struct bitmap1  const  *p1 ;
6272	UWord const   *p0 ;		6288	UWord const   *p0 ;
6273	UWord a0 ;		6289	UWord a0 ;
6274	UWord tmp ;		6290	UWord tmp ;
6275	long tmp___0 ;		6291	long tmp___0 ;
6276	UWord tmp___1 ;		6292	UWord tmp___1 ;
6277	UWord tmp___2 ;		6293	UWord tmp___2 ;
6278	int tmp___3 ;		6294	int tmp___3 ;
6279	UWord tmp___4 ;		6295	UWord tmp___4 ;
6280			6296
6281	{		6297	{
6282	tmp = address_lsb(a);		6298	tmp = address_lsb(a);
6283	a0 = tmp;		6299	a0 = tmp;
6284	tmp___0 = __builtin_expect((long )(! (! bm)), 1L);		6300	tmp___0 = __builtin_expect((long )(! (! bm)), 1L);
6285	if (tmp___0) {		6301	if (tmp___0) {
6286			6302
6287	} else {		6303	} else {
6288	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6304	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
6289	(Char const   *)"drd_bitmap.c", 545,		6305	(Char const   *)"drd_bitmap.c", 545,
6290	(Char const   *)"vgDrd_bm_has_1", "");		6306	(Char const   *)"vgDrd_bm_has_1", "");
6291	}		6307	}
6292	tmp___1 = address_msb(a);		6308	tmp___1 = address_msb(a);
6293	p2 = bm2_lookup(bm, (UWord const   )tmp___1);		6309	p2 = bm2_lookup(bm, (UWord const   )tmp___1);
6294	if (p2) {		6310	if (p2) {
6295	p1 = & p2->bm1;		6311	p1 = & p2->bm1;
6296	if ((unsigned int const   )access_type == 0U) {		6312	if ((unsigned int const   )access_type == 0U) {
6297	p0 = (UWord const   *)(p1->bm0_r);		6313	p0 = (UWord const   *)(p1->bm0_r);
6298	} else {		6314	} else {
6299	p0 = (UWord const   *)(p1->bm0_w);		6315	p0 = (UWord const   *)(p1->bm0_w);
6300	}		6316	}
6301	tmp___4 = bm0_is_set(p0, (UWord const   )a0);		6317	tmp___4 = bm0_is_set(p0, (UWord const   )a0);
6302	if (tmp___4) {		6318	if (tmp___4) {
6303	tmp___3 = (int )((Bool )1);		6319	tmp___3 = (int )((Bool )1);
6304	} else {		6320	} else {
6305	tmp___3 = (int )((Bool )0);		6321	tmp___3 = (int )((Bool )0);
6306	}		6322	}
6307	return ((Bool )tmp___3);		6323	return ((Bool )tmp___3);
6308	} else {		6324	} else {
6309			6325
6310	}		6326	}
6311	return ((Bool )0);		6327	return ((Bool )0);
6312	}		6328	}
6313	}		6329	}
6314	void vgDrd_bm_clear(struct bitmap * const  bm , Addr const   a1 ,		6330	void vgDrd_bm_clear(struct bitmap * const  bm , Addr const   a1 ,
6315	Addr const   a2 )		6331	Addr const   a2 )
6316	{		6332	{
6317	Addr b ;		6333	Addr b ;
6318	Addr b_next ;		6334	Addr b_next ;
6319	long tmp ;		6335	long tmp ;
6320	long tmp___0 ;		6336	long tmp___0 ;
6321	long tmp___1 ;		6337	long tmp___1 ;
6322	Addr tmp___2 ;		6338	Addr tmp___2 ;
6323	int tmp___3 ;		6339	int tmp___3 ;
6324	long tmp___4 ;		6340	long tmp___4 ;
6325	Addr tmp___5 ;		6341	Addr tmp___5 ;
6326	int tmp___6 ;		6342	int tmp___6 ;
6327	long tmp___7 ;		6343	long tmp___7 ;
6328	struct bitmap2 *p2 ;		6344	struct bitmap2 *p2 ;
6329	Addr c ;		6345	Addr c ;
6330	UWord tmp___8 ;		6346	UWord tmp___8 ;
6331	Addr c_next ;		6347	Addr c_next ;
6332	Addr tmp___9 ;		6348	Addr tmp___9 ;
6333	UWord tmp___10 ;		6349	UWord tmp___10 ;
6334	UWord tmp___11 ;		6350	UWord tmp___11 ;
6335	UWord tmp___12 ;		6351	UWord tmp___12 ;
6336	UWord tmp___13 ;		6352	UWord tmp___13 ;
6337	Addr c_next___0 ;		6353	Addr c_next___0 ;
6338	Addr tmp___14 ;		6354	Addr tmp___14 ;
6339	UWord idx ;		6355	UWord idx ;
6340	UWord tmp___15 ;		6356	UWord tmp___15 ;
6341	UWord tmp___16 ;		6357	UWord tmp___16 ;
6342	UWord tmp___17 ;		6358	UWord tmp___17 ;
6343	UWord tmp___18 ;		6359	UWord tmp___18 ;
6344	UWord tmp___19 ;		6360	UWord tmp___19 ;
6345	UWord tmp___20 ;		6361	UWord tmp___20 ;
6346			6362
6347	{		6363	{
6348	tmp = __builtin_expect((long )(! (! bm)), 1L);		6364	tmp = __builtin_expect((long )(! (! bm)), 1L);
6349	if (tmp) {		6365	if (tmp) {
6350			6366
6351	} else {		6367	} else {
6352	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6368	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
6353	(Char const   *)"drd_bitmap.c", 561,		6369	(Char const   *)"drd_bitmap.c", 561,
6354	(Char const   *)"vgDrd_bm_clear", "");		6370	(Char const   *)"vgDrd_bm_clear", "");
6355	}		6371	}
6356	tmp___0 = __builtin_expect((long )(! (! a1)), 1L);		6372	tmp___0 = __builtin_expect((long )(! (! a1)), 1L);
6357	if (tmp___0) {		6373	if (tmp___0) {
6358			6374
6359	} else {		6375	} else {
6360	vgPlain_assert_fail((Bool )0, (Char const   *)"a1",		6376	vgPlain_assert_fail((Bool )0, (Char const   *)"a1",
6361	(Char const   *)"drd_bitmap.c", 562,		6377	(Char const   *)"drd_bitmap.c", 562,
6362	(Char const   *)"vgDrd_bm_clear", "");		6378	(Char const   *)"vgDrd_bm_clear", "");
6363	}		6379	}
6364	tmp___1 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);		6380	tmp___1 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);
6365	if (tmp___1) {		6381	if (tmp___1) {
6366			6382
6367	} else {		6383	} else {
6368	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",		6384	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",
6369	(Char const   *)"drd_bitmap.c", 563,		6385	(Char const   *)"drd_bitmap.c", 563,
6370	(Char const   *)"vgDrd_bm_clear", "");		6386	(Char const   *)"vgDrd_bm_clear", "");
6371	}		6387	}
6372	tmp___2 = first_address_with_same_lsb(a1);		6388	tmp___2 = first_address_with_same_lsb(a1);
6373	if (a1 == (Addr const   )tmp___2) {		6389	if (a1 == (Addr const   )tmp___2) {
6374	tmp___3 = 1;		6390	tmp___3 = 1;
6375	} else {		6391	} else {
6376	tmp___3 = 0;		6392	tmp___3 = 0;
6377	}		6393	}
6378	tmp___4 = __builtin_expect((long )tmp___3, 1L);		6394	tmp___4 = __builtin_expect((long )tmp___3, 1L);
6379	if (tmp___4) {		6395	if (tmp___4) {
6380			6396
6381	} else {		6397	} else {
6382	vgPlain_assert_fail((Bool )0,		6398	vgPlain_assert_fail((Bool )0,
6383	(Char const   *)"a1 == first_address_with_same_lsb(a1)",		6399	(Char const   *)"a1 == first_address_with_same_lsb(a1)",
6384	(Char const   *)"drd_bitmap.c", 564,		6400	(Char const   *)"drd_bitmap.c", 564,
6385	(Char const   *)"vgDrd_bm_clear", "");		6401	(Char const   *)"vgDrd_bm_clear", "");
6386	}		6402	}
6387	tmp___5 = first_address_with_same_lsb(a2);		6403	tmp___5 = first_address_with_same_lsb(a2);
6388	if (a2 == (Addr const   )tmp___5) {		6404	if (a2 == (Addr const   )tmp___5) {
6389	tmp___6 = 1;		6405	tmp___6 = 1;
6390	} else {		6406	} else {
6391	tmp___6 = 0;		6407	tmp___6 = 0;
6392	}		6408	}
6393	tmp___7 = __builtin_expect((long )tmp___6, 1L);		6409	tmp___7 = __builtin_expect((long )tmp___6, 1L);
6394	if (tmp___7) {		6410	if (tmp___7) {
6395			6411
6396	} else {		6412	} else {
6397	vgPlain_assert_fail((Bool )0,		6413	vgPlain_assert_fail((Bool )0,
6398	(Char const   *)"a2 == first_address_with_same_lsb(a2)",		6414	(Char const   *)"a2 == first_address_with_same_lsb(a2)",
6399	(Char const   *)"drd_bitmap.c", 565,		6415	(Char const   *)"drd_bitmap.c", 565,
6400	(Char const   *)"vgDrd_bm_clear", "");		6416	(Char const   *)"vgDrd_bm_clear", "");
6401	}		6417	}
6402	b = (Addr )a1;		6418	b = (Addr )a1;
6403	while (b < (Addr )a2) {		6419	while (b < (Addr )a2) {
6404	tmp___8 = address_msb((Addr const   )b);		6420	tmp___8 = address_msb((Addr const   )b);
6405	p2 = bm2_lookup_exclusive(bm, (UWord const   )tmp___8);		6421	p2 = bm2_lookup_exclusive(bm, (UWord const   )tmp___8);
6406	b_next = first_address_with_higher_msb((Addr const   )b);		6422	b_next = first_address_with_higher_msb((Addr const   )b);
6407	if (b_next > (Addr )a2) {		6423	if (b_next > (Addr )a2) {
6408	b_next = (Addr )a2;		6424	b_next = (Addr )a2;
6409	} else {		6425	} else {
6410			6426
6411	}		6427	}
6412	if ((unsigned int )p2 == (unsigned int )((struct bitmap2 *)0)) {		6428	if ((unsigned int )p2 == (unsigned int )((struct bitmap2 *)0)) {
6413	goto __Cont;		6429	goto __Cont;
6414	} else {		6430	} else {
6415			6431
6416	}		6432	}
6417	c = b;		6433	c = b;
6418	tmp___12 = address_lsb((Addr const   )c);		6434	tmp___12 = address_lsb((Addr const   )c);
6419	tmp___13 = uword_lsb((UWord const   )tmp___12);		6435	tmp___13 = uword_lsb((UWord const   )tmp___12);
6420	if (tmp___13) {		6436	if (tmp___13) {
6421	tmp___9 = first_address_with_higher_uword_msb((Addr const   )c);		6437	tmp___9 = first_address_with_higher_uword_msb((Addr const   )c);
6422	c_next = tmp___9;		6438	c_next = tmp___9;
6423	if (c_next > b_next) {		6439	if (c_next > b_next) {
6424	c_next = b_next;		6440	c_next = b_next;
6425	} else {		6441	} else {
6426			6442
6427	}		6443	}
6428	tmp___10 = address_lsb((Addr const   )c);		6444	tmp___10 = address_lsb((Addr const   )c);
		-+	6445	{
			6446	if (c_next - c < 2) {
			6447	return;
			6448	}
6429	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___10,	=	6449	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___10,
6430	(SizeT const   )(((c_next - c) - 1UL) + 1UL));		6450	(SizeT const   )(((c_next - c) - 1UL) + 1UL));
		-+	6451	}
6431	tmp___11 = address_lsb((Addr const   )c);	=	6452	tmp___11 = address_lsb((Addr const   )c);
		-+	6453	{
			6454	if (c_next - c < 2) {
			6455	return;
			6456	}
6432	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___11,	=	6457	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___11,
6433	(SizeT const   )(((c_next - c) - 1UL) + 1UL));		6458	(SizeT const   )(((c_next - c) - 1UL) + 1UL));
		-+	6459	}
6434	c = c_next;	=	6460	c = c_next;
6435	} else {		6461	} else {
6436			6462
6437	}		6463	}
6438	tmp___17 = address_lsb((Addr const   )c);		6464	tmp___17 = address_lsb((Addr const   )c);
6439	tmp___18 = uword_lsb((UWord const   )tmp___17);		6465	tmp___18 = uword_lsb((UWord const   )tmp___17);
6440	if (tmp___18 == 0UL) {		6466	if (tmp___18 == 0UL) {
6441	tmp___14 = first_address_with_same_uword_lsb((Addr const   )b_next);		6467	tmp___14 = first_address_with_same_uword_lsb((Addr const   )b_next);
6442	c_next___0 = tmp___14;		6468	c_next___0 = tmp___14;
6443	if (c_next___0 > c) {		6469	if (c_next___0 > c) {
6444	tmp___15 = address_lsb((Addr const   )c);		6470	tmp___15 = address_lsb((Addr const   )c);
6445	tmp___16 = uword_msb((UWord const   )tmp___15);		6471	tmp___16 = uword_msb((UWord const   )tmp___15);
6446	idx = tmp___16;		6472	idx = tmp___16;
		-+	6473	{
			6474	if ((c_next___0 - c) / 8UL < 2) {
			6475	return;
			6476	}
6447	vgPlain_memset((void *)(& p2->bm1.bm0_r[idx]), 0,	=	6477	vgPlain_memset((void *)(& p2->bm1.bm0_r[idx]), 0,
6448	((c_next___0 - c) / 8UL - 1UL) + 1UL);		6478	((c_next___0 - c) / 8UL - 1UL) + 1UL);
		-+	6479	}
			6480	{
			6481	if ((c_next___0 - c) / 8UL < 2) {
			6482	return;
			6483	}
6449	vgPlain_memset((void *)(& p2->bm1.bm0_w[idx]), 0,	=	6484	vgPlain_memset((void *)(& p2->bm1.bm0_w[idx]), 0,
6450	((c_next___0 - c) / 8UL - 1UL) + 1UL);		6485	((c_next___0 - c) / 8UL - 1UL) + 1UL);
		-+	6486	}
6451	c = c_next___0;	=	6487	c = c_next___0;
6452	} else {		6488	} else {
6453			6489
6454	}		6490	}
6455	} else {		6491	} else {
6456			6492
6457	}		6493	}
6458	tmp___19 = address_lsb((Addr const   )c);		6494	tmp___19 = address_lsb((Addr const   )c);
		-+	6495	{
			6496	if (b_next - c < 2) {
			6497	return;
			6498	}
6459	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___19,	=	6499	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___19,
6460	(SizeT const   )(((b_next - c) - 1UL) + 1UL));		6500	(SizeT const   )(((b_next - c) - 1UL) + 1UL));
		-+	6501	}
6461	tmp___20 = address_lsb((Addr const   )c);	=	6502	tmp___20 = address_lsb((Addr const   )c);
		-+	6503	{
			6504	if (b_next - c < 2) {
			6505	return;
			6506	}
6462	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___20,	=	6507	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___20,
6463	(SizeT const   )(((b_next - c) - 1UL) + 1UL));		6508	(SizeT const   )(((b_next - c) - 1UL) + 1UL));
		-+	6509	}
6464	__Cont: /* CIL Label */	=	6510	__Cont: /* CIL Label */
6465	b = b_next;		6511	b = b_next;
6466	}		6512	}
6467	return;		6513	return;
6468	}		6514	}
6469	}		6515	}
6470	void vgDrd_bm_clear_load(struct bitmap * const  bm , Addr const   a1 ,		6516	void vgDrd_bm_clear_load(struct bitmap * const  bm , Addr const   a1 ,
6471	Addr const   a2 )		6517	Addr const   a2 )
6472	{		6518	{
6473	Addr b ;		6519	Addr b ;
6474	Addr b_next ;		6520	Addr b_next ;
6475	long tmp ;		6521	long tmp ;
6476	long tmp___0 ;		6522	long tmp___0 ;
6477	long tmp___1 ;		6523	long tmp___1 ;
6478	Addr tmp___2 ;		6524	Addr tmp___2 ;
6479	int tmp___3 ;		6525	int tmp___3 ;
6480	long tmp___4 ;		6526	long tmp___4 ;
6481	Addr tmp___5 ;		6527	Addr tmp___5 ;
6482	int tmp___6 ;		6528	int tmp___6 ;
6483	long tmp___7 ;		6529	long tmp___7 ;
6484	struct bitmap2 *p2 ;		6530	struct bitmap2 *p2 ;
6485	Addr c ;		6531	Addr c ;
6486	UWord tmp___8 ;		6532	UWord tmp___8 ;
6487	Addr c_next ;		6533	Addr c_next ;
6488	Addr tmp___9 ;		6534	Addr tmp___9 ;
6489	UWord tmp___10 ;		6535	UWord tmp___10 ;
6490	UWord tmp___11 ;		6536	UWord tmp___11 ;
6491	UWord tmp___12 ;		6537	UWord tmp___12 ;
6492	Addr c_next___0 ;		6538	Addr c_next___0 ;
6493	Addr tmp___13 ;		6539	Addr tmp___13 ;
6494	UWord idx ;		6540	UWord idx ;
6495	UWord tmp___14 ;		6541	UWord tmp___14 ;
6496	UWord tmp___15 ;		6542	UWord tmp___15 ;
6497	UWord tmp___16 ;		6543	UWord tmp___16 ;
6498	UWord tmp___17 ;		6544	UWord tmp___17 ;
6499	UWord tmp___18 ;		6545	UWord tmp___18 ;
6500			6546
6501	{		6547	{
6502	tmp = __builtin_expect((long )(! (! bm)), 1L);		6548	tmp = __builtin_expect((long )(! (! bm)), 1L);
6503	if (tmp) {		6549	if (tmp) {
6504			6550
6505	} else {		6551	} else {
6506	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6552	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
6507	(Char const   *)"drd_bitmap.c", 638,		6553	(Char const   *)"drd_bitmap.c", 638,
6508	(Char const   *)"vgDrd_bm_clear_load", "");		6554	(Char const   *)"vgDrd_bm_clear_load", "");
6509	}		6555	}
6510	tmp___0 = __builtin_expect((long )(! (! a1)), 1L);		6556	tmp___0 = __builtin_expect((long )(! (! a1)), 1L);
6511	if (tmp___0) {		6557	if (tmp___0) {
6512			6558
6513	} else {		6559	} else {
6514	vgPlain_assert_fail((Bool )0, (Char const   *)"a1",		6560	vgPlain_assert_fail((Bool )0, (Char const   *)"a1",
6515	(Char const   *)"drd_bitmap.c", 639,		6561	(Char const   *)"drd_bitmap.c", 639,
6516	(Char const   *)"vgDrd_bm_clear_load", "");		6562	(Char const   *)"vgDrd_bm_clear_load", "");
6517	}		6563	}
6518	tmp___1 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);		6564	tmp___1 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);
6519	if (tmp___1) {		6565	if (tmp___1) {
6520			6566
6521	} else {		6567	} else {
6522	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",		6568	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",
6523	(Char const   *)"drd_bitmap.c", 640,		6569	(Char const   *)"drd_bitmap.c", 640,
6524	(Char const   *)"vgDrd_bm_clear_load", "");		6570	(Char const   *)"vgDrd_bm_clear_load", "");
6525	}		6571	}
6526	tmp___2 = first_address_with_same_lsb(a1);		6572	tmp___2 = first_address_with_same_lsb(a1);
6527	if (a1 == (Addr const   )tmp___2) {		6573	if (a1 == (Addr const   )tmp___2) {
6528	tmp___3 = 1;		6574	tmp___3 = 1;
6529	} else {		6575	} else {
6530	tmp___3 = 0;		6576	tmp___3 = 0;
6531	}		6577	}
6532	tmp___4 = __builtin_expect((long )tmp___3, 1L);		6578	tmp___4 = __builtin_expect((long )tmp___3, 1L);
6533	if (tmp___4) {		6579	if (tmp___4) {
6534			6580
6535	} else {		6581	} else {
6536	vgPlain_assert_fail((Bool )0,		6582	vgPlain_assert_fail((Bool )0,
6537	(Char const   *)"a1 == first_address_with_same_lsb(a1)",		6583	(Char const   *)"a1 == first_address_with_same_lsb(a1)",
6538	(Char const   *)"drd_bitmap.c", 641,		6584	(Char const   *)"drd_bitmap.c", 641,
6539	(Char const   *)"vgDrd_bm_clear_load", "");		6585	(Char const   *)"vgDrd_bm_clear_load", "");
6540	}		6586	}
6541	tmp___5 = first_address_with_same_lsb(a2);		6587	tmp___5 = first_address_with_same_lsb(a2);
6542	if (a2 == (Addr const   )tmp___5) {		6588	if (a2 == (Addr const   )tmp___5) {
6543	tmp___6 = 1;		6589	tmp___6 = 1;
6544	} else {		6590	} else {
6545	tmp___6 = 0;		6591	tmp___6 = 0;
6546	}		6592	}
6547	tmp___7 = __builtin_expect((long )tmp___6, 1L);		6593	tmp___7 = __builtin_expect((long )tmp___6, 1L);
6548	if (tmp___7) {		6594	if (tmp___7) {
6549			6595
6550	} else {		6596	} else {
6551	vgPlain_assert_fail((Bool )0,		6597	vgPlain_assert_fail((Bool )0,
6552	(Char const   *)"a2 == first_address_with_same_lsb(a2)",		6598	(Char const   *)"a2 == first_address_with_same_lsb(a2)",
6553	(Char const   *)"drd_bitmap.c", 642,		6599	(Char const   *)"drd_bitmap.c", 642,
6554	(Char const   *)"vgDrd_bm_clear_load", "");		6600	(Char const   *)"vgDrd_bm_clear_load", "");
6555	}		6601	}
6556	b = (Addr )a1;		6602	b = (Addr )a1;
6557	while (b < (Addr )a2) {		6603	while (b < (Addr )a2) {
6558	tmp___8 = address_msb((Addr const   )b);		6604	tmp___8 = address_msb((Addr const   )b);
6559	p2 = bm2_lookup_exclusive(bm, (UWord const   )tmp___8);		6605	p2 = bm2_lookup_exclusive(bm, (UWord const   )tmp___8);
6560	b_next = first_address_with_higher_msb((Addr const   )b);		6606	b_next = first_address_with_higher_msb((Addr const   )b);
6561	if (b_next > (Addr )a2) {		6607	if (b_next > (Addr )a2) {
6562	b_next = (Addr )a2;		6608	b_next = (Addr )a2;
6563	} else {		6609	} else {
6564			6610
6565	}		6611	}
6566	if ((unsigned int )p2 == (unsigned int )((struct bitmap2 *)0)) {		6612	if ((unsigned int )p2 == (unsigned int )((struct bitmap2 *)0)) {
6567	goto __Cont;		6613	goto __Cont;
6568	} else {		6614	} else {
6569			6615
6570	}		6616	}
6571	c = b;		6617	c = b;
6572	tmp___11 = address_lsb((Addr const   )c);		6618	tmp___11 = address_lsb((Addr const   )c);
6573	tmp___12 = uword_lsb((UWord const   )tmp___11);		6619	tmp___12 = uword_lsb((UWord const   )tmp___11);
6574	if (tmp___12) {		6620	if (tmp___12) {
6575	tmp___9 = first_address_with_higher_uword_msb((Addr const   )c);		6621	tmp___9 = first_address_with_higher_uword_msb((Addr const   )c);
6576	c_next = tmp___9;		6622	c_next = tmp___9;
6577	if (c_next > b_next) {		6623	if (c_next > b_next) {
6578	c_next = b_next;		6624	c_next = b_next;
6579	} else {		6625	} else {
6580			6626
6581	}		6627	}
6582	tmp___10 = address_lsb((Addr const   )c);		6628	tmp___10 = address_lsb((Addr const   )c);
		-+	6629	{
			6630	if (c_next - c < 2) {
			6631	return;
			6632	}
6583	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___10,	=	6633	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___10,
6584	(SizeT const   )(((c_next - c) - 1UL) + 1UL));		6634	(SizeT const   )(((c_next - c) - 1UL) + 1UL));
		-+	6635	}
6585	c = c_next;	=	6636	c = c_next;
6586	} else {		6637	} else {
6587			6638
6588	}		6639	}
6589	tmp___16 = address_lsb((Addr const   )c);		6640	tmp___16 = address_lsb((Addr const   )c);
6590	tmp___17 = uword_lsb((UWord const   )tmp___16);		6641	tmp___17 = uword_lsb((UWord const   )tmp___16);
6591	if (tmp___17 == 0UL) {		6642	if (tmp___17 == 0UL) {
6592	tmp___13 = first_address_with_same_uword_lsb((Addr const   )b_next);		6643	tmp___13 = first_address_with_same_uword_lsb((Addr const   )b_next);
6593	c_next___0 = tmp___13;		6644	c_next___0 = tmp___13;
6594	if (c_next___0 > c) {		6645	if (c_next___0 > c) {
6595	tmp___14 = address_lsb((Addr const   )c);		6646	tmp___14 = address_lsb((Addr const   )c);
6596	tmp___15 = uword_msb((UWord const   )tmp___14);		6647	tmp___15 = uword_msb((UWord const   )tmp___14);
6597	idx = tmp___15;		6648	idx = tmp___15;
		-+	6649	{
			6650	if ((c_next___0 - c) / 8UL < 2) {
			6651	return;
			6652	}
6598	vgPlain_memset((void *)(& p2->bm1.bm0_r[idx]), 0,	=	6653	vgPlain_memset((void *)(& p2->bm1.bm0_r[idx]), 0,
6599	((c_next___0 - c) / 8UL - 1UL) + 1UL);		6654	((c_next___0 - c) / 8UL - 1UL) + 1UL);
		-+	6655	}
6600	c = c_next___0;	=	6656	c = c_next___0;
6601	} else {		6657	} else {
6602			6658
6603	}		6659	}
6604	} else {		6660	} else {
6605			6661
6606	}		6662	}
6607	tmp___18 = address_lsb((Addr const   )c);		6663	tmp___18 = address_lsb((Addr const   )c);
		-+	6664	{
			6665	if (b_next - c < 2) {
			6666	return;
			6667	}
6608	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___18,	=	6668	bm0_clear_range(p2->bm1.bm0_r, (UWord const   )tmp___18,
6609	(SizeT const   )(((b_next - c) - 1UL) + 1UL));		6669	(SizeT const   )(((b_next - c) - 1UL) + 1UL));
		-+	6670	}
6610	__Cont: /* CIL Label */	=	6671	__Cont: /* CIL Label */
6611	b = b_next;		6672	b = b_next;
6612	}		6673	}
6613	return;		6674	return;
6614	}		6675	}
6615	}		6676	}
6616	void vgDrd_bm_clear_store(struct bitmap * const  bm , Addr const   a1 ,		6677	void vgDrd_bm_clear_store(struct bitmap * const  bm , Addr const   a1 ,
6617	Addr const   a2 )		6678	Addr const   a2 )
6618	{		6679	{
6619	Addr b ;		6680	Addr b ;
6620	Addr b_next ;		6681	Addr b_next ;
6621	long tmp ;		6682	long tmp ;
6622	long tmp___0 ;		6683	long tmp___0 ;
6623	long tmp___1 ;		6684	long tmp___1 ;
6624	Addr tmp___2 ;		6685	Addr tmp___2 ;
6625	int tmp___3 ;		6686	int tmp___3 ;
6626	long tmp___4 ;		6687	long tmp___4 ;
6627	Addr tmp___5 ;		6688	Addr tmp___5 ;
6628	int tmp___6 ;		6689	int tmp___6 ;
6629	long tmp___7 ;		6690	long tmp___7 ;
6630	struct bitmap2 *p2 ;		6691	struct bitmap2 *p2 ;
6631	Addr c ;		6692	Addr c ;
6632	UWord tmp___8 ;		6693	UWord tmp___8 ;
6633	Addr c_next ;		6694	Addr c_next ;
6634	Addr tmp___9 ;		6695	Addr tmp___9 ;
6635	UWord tmp___10 ;		6696	UWord tmp___10 ;
6636	UWord tmp___11 ;		6697	UWord tmp___11 ;
6637	UWord tmp___12 ;		6698	UWord tmp___12 ;
6638	Addr c_next___0 ;		6699	Addr c_next___0 ;
6639	Addr tmp___13 ;		6700	Addr tmp___13 ;
6640	UWord idx ;		6701	UWord idx ;
6641	UWord tmp___14 ;		6702	UWord tmp___14 ;
6642	UWord tmp___15 ;		6703	UWord tmp___15 ;
6643	UWord tmp___16 ;		6704	UWord tmp___16 ;
6644	UWord tmp___17 ;		6705	UWord tmp___17 ;
6645	UWord tmp___18 ;		6706	UWord tmp___18 ;
6646			6707
6647	{		6708	{
6648	tmp = __builtin_expect((long )(! (! bm)), 1L);		6709	tmp = __builtin_expect((long )(! (! bm)), 1L);
6649	if (tmp) {		6710	if (tmp) {
6650			6711
6651	} else {		6712	} else {
6652	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6713	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
6653	(Char const   *)"drd_bitmap.c", 720,		6714	(Char const   *)"drd_bitmap.c", 720,
6654	(Char const   *)"vgDrd_bm_clear_store", "");		6715	(Char const   *)"vgDrd_bm_clear_store", "");
6655	}		6716	}
6656	tmp___0 = __builtin_expect((long )(! (! a1)), 1L);		6717	tmp___0 = __builtin_expect((long )(! (! a1)), 1L);
6657	if (tmp___0) {		6718	if (tmp___0) {
6658			6719
6659	} else {		6720	} else {
6660	vgPlain_assert_fail((Bool )0, (Char const   *)"a1",		6721	vgPlain_assert_fail((Bool )0, (Char const   *)"a1",
6661	(Char const   *)"drd_bitmap.c", 721,		6722	(Char const   *)"drd_bitmap.c", 721,
6662	(Char const   *)"vgDrd_bm_clear_store", "");		6723	(Char const   *)"vgDrd_bm_clear_store", "");
6663	}		6724	}
6664	tmp___1 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);		6725	tmp___1 = __builtin_expect((long )(! (! (a1 <= a2))), 1L);
6665	if (tmp___1) {		6726	if (tmp___1) {
6666			6727
6667	} else {		6728	} else {
6668	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",		6729	vgPlain_assert_fail((Bool )0, (Char const   *)"a1 <= a2",
6669	(Char const   *)"drd_bitmap.c", 722,		6730	(Char const   *)"drd_bitmap.c", 722,
6670	(Char const   *)"vgDrd_bm_clear_store", "");		6731	(Char const   *)"vgDrd_bm_clear_store", "");
6671	}		6732	}
6672	tmp___2 = first_address_with_same_lsb(a1);		6733	tmp___2 = first_address_with_same_lsb(a1);
6673	if (a1 == (Addr const   )tmp___2) {		6734	if (a1 == (Addr const   )tmp___2) {
6674	tmp___3 = 1;		6735	tmp___3 = 1;
6675	} else {		6736	} else {
6676	tmp___3 = 0;		6737	tmp___3 = 0;
6677	}		6738	}
6678	tmp___4 = __builtin_expect((long )tmp___3, 1L);		6739	tmp___4 = __builtin_expect((long )tmp___3, 1L);
6679	if (tmp___4) {		6740	if (tmp___4) {
6680			6741
6681	} else {		6742	} else {
6682	vgPlain_assert_fail((Bool )0,		6743	vgPlain_assert_fail((Bool )0,
6683	(Char const   *)"a1 == first_address_with_same_lsb(a1)",		6744	(Char const   *)"a1 == first_address_with_same_lsb(a1)",
6684	(Char const   *)"drd_bitmap.c", 723,		6745	(Char const   *)"drd_bitmap.c", 723,
6685	(Char const   *)"vgDrd_bm_clear_store", "");		6746	(Char const   *)"vgDrd_bm_clear_store", "");
6686	}		6747	}
6687	tmp___5 = first_address_with_same_lsb(a2);		6748	tmp___5 = first_address_with_same_lsb(a2);
6688	if (a2 == (Addr const   )tmp___5) {		6749	if (a2 == (Addr const   )tmp___5) {
6689	tmp___6 = 1;		6750	tmp___6 = 1;
6690	} else {		6751	} else {
6691	tmp___6 = 0;		6752	tmp___6 = 0;
6692	}		6753	}
6693	tmp___7 = __builtin_expect((long )tmp___6, 1L);		6754	tmp___7 = __builtin_expect((long )tmp___6, 1L);
6694	if (tmp___7) {		6755	if (tmp___7) {
6695			6756
6696	} else {		6757	} else {
6697	vgPlain_assert_fail((Bool )0,		6758	vgPlain_assert_fail((Bool )0,
6698	(Char const   *)"a2 == first_address_with_same_lsb(a2)",		6759	(Char const   *)"a2 == first_address_with_same_lsb(a2)",
6699	(Char const   *)"drd_bitmap.c", 724,		6760	(Char const   *)"drd_bitmap.c", 724,
6700	(Char const   *)"vgDrd_bm_clear_store", "");		6761	(Char const   *)"vgDrd_bm_clear_store", "");
6701	}		6762	}
6702	b = (Addr )a1;		6763	b = (Addr )a1;
6703	while (b < (Addr )a2) {		6764	while (b < (Addr )a2) {
6704	tmp___8 = address_msb((Addr const   )b);		6765	tmp___8 = address_msb((Addr const   )b);
6705	p2 = bm2_lookup_exclusive(bm, (UWord const   )tmp___8);		6766	p2 = bm2_lookup_exclusive(bm, (UWord const   )tmp___8);
6706	b_next = first_address_with_higher_msb((Addr const   )b);		6767	b_next = first_address_with_higher_msb((Addr const   )b);
6707	if (b_next > (Addr )a2) {		6768	if (b_next > (Addr )a2) {
6708	b_next = (Addr )a2;		6769	b_next = (Addr )a2;
6709	} else {		6770	} else {
6710			6771
6711	}		6772	}
6712	if ((unsigned int )p2 == (unsigned int )((struct bitmap2 *)0)) {		6773	if ((unsigned int )p2 == (unsigned int )((struct bitmap2 *)0)) {
6713	goto __Cont;		6774	goto __Cont;
6714	} else {		6775	} else {
6715			6776
6716	}		6777	}
6717	c = b;		6778	c = b;
6718	tmp___11 = address_lsb((Addr const   )c);		6779	tmp___11 = address_lsb((Addr const   )c);
6719	tmp___12 = uword_lsb((UWord const   )tmp___11);		6780	tmp___12 = uword_lsb((UWord const   )tmp___11);
6720	if (tmp___12) {		6781	if (tmp___12) {
6721	tmp___9 = first_address_with_higher_uword_msb((Addr const   )c);		6782	tmp___9 = first_address_with_higher_uword_msb((Addr const   )c);
6722	c_next = tmp___9;		6783	c_next = tmp___9;
6723	if (c_next > b_next) {		6784	if (c_next > b_next) {
6724	c_next = b_next;		6785	c_next = b_next;
6725	} else {		6786	} else {
6726			6787
6727	}		6788	}
6728	tmp___10 = address_lsb((Addr const   )c);		6789	tmp___10 = address_lsb((Addr const   )c);
		-+	6790	{
			6791	if (c_next - c < 2) {
			6792	return;
			6793	}
6729	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___10,	=	6794	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___10,
6730	(SizeT const   )(((c_next - c) - 1UL) + 1UL));		6795	(SizeT const   )(((c_next - c) - 1UL) + 1UL));
		-+	6796	}
6731	c = c_next;	=	6797	c = c_next;
6732	} else {		6798	} else {
6733			6799
6734	}		6800	}
6735	tmp___16 = address_lsb((Addr const   )c);		6801	tmp___16 = address_lsb((Addr const   )c);
6736	tmp___17 = uword_lsb((UWord const   )tmp___16);		6802	tmp___17 = uword_lsb((UWord const   )tmp___16);
6737	if (tmp___17 == 0UL) {		6803	if (tmp___17 == 0UL) {
6738	tmp___13 = first_address_with_same_uword_lsb((Addr const   )b_next);		6804	tmp___13 = first_address_with_same_uword_lsb((Addr const   )b_next);
6739	c_next___0 = tmp___13;		6805	c_next___0 = tmp___13;
6740	if (c_next___0 > c) {		6806	if (c_next___0 > c) {
6741	tmp___14 = address_lsb((Addr const   )c);		6807	tmp___14 = address_lsb((Addr const   )c);
6742	tmp___15 = uword_msb((UWord const   )tmp___14);		6808	tmp___15 = uword_msb((UWord const   )tmp___14);
6743	idx = tmp___15;		6809	idx = tmp___15;
		-+	6810	{
			6811	if ((c_next___0 - c) / 8UL < 2) {
			6812	return;
			6813	}
6744	vgPlain_memset((void *)(& p2->bm1.bm0_w[idx]), 0,	=	6814	vgPlain_memset((void *)(& p2->bm1.bm0_w[idx]), 0,
6745	((c_next___0 - c) / 8UL - 1UL) + 1UL);		6815	((c_next___0 - c) / 8UL - 1UL) + 1UL);
		-+	6816	}
6746	c = c_next___0;	=	6817	c = c_next___0;
6747	} else {		6818	} else {
6748			6819
6749	}		6820	}
6750	} else {		6821	} else {
6751			6822
6752	}		6823	}
6753	tmp___18 = address_lsb((Addr const   )c);		6824	tmp___18 = address_lsb((Addr const   )c);
		-+	6825	{
			6826	if (b_next - c < 2) {
			6827	return;
			6828	}
6754	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___18,	=	6829	bm0_clear_range(p2->bm1.bm0_w, (UWord const   )tmp___18,
6755	(SizeT const   )(((b_next - c) - 1UL) + 1UL));		6830	(SizeT const   )(((b_next - c) - 1UL) + 1UL));
		-+	6831	}
6756	__Cont: /* CIL Label */	=	6832	__Cont: /* CIL Label */
6757	b = b_next;		6833	b = b_next;
6758	}		6834	}
6759	return;		6835	return;
6760	}		6836	}
6761	}		6837	}
6762	Bool vgDrd_bm_test_and_clear(struct bitmap * const  bm , Addr const   a1 ,		6838	Bool vgDrd_bm_test_and_clear(struct bitmap * const  bm , Addr const   a1 ,
6763	Addr const   a2 )		6839	Addr const   a2 )
6764	{		6840	{
6765	Bool result ;		6841	Bool result ;
6766	Bool tmp ;		6842	Bool tmp ;
6767			6843
6768	{		6844	{
6769	tmp = vgDrd_bm_has_any_access(bm, a1, a2);		6845	tmp = vgDrd_bm_has_any_access(bm, a1, a2);
6770	result = (Bool )((int )tmp != 0);		6846	result = (Bool )((int )tmp != 0);
6771	vgDrd_bm_clear(bm, a1, a2);		6847	vgDrd_bm_clear(bm, a1, a2);
6772	return (result);		6848	return (result);
6773	}		6849	}
6774	}		6850	}
6775	Bool vgDrd_bm_has_conflict_with(struct bitmap * const  bm , Addr const   a1 ,		6851	Bool vgDrd_bm_has_conflict_with(struct bitmap * const  bm , Addr const   a1 ,
6776	Addr const   a2 ,		6852	Addr const   a2 ,
6777	BmAccessTypeT const   access_type )		6853	BmAccessTypeT const   access_type )
6778	{		6854	{
6779	Addr b ;		6855	Addr b ;
6780	Addr b_next ;		6856	Addr b_next ;
6781	long tmp ;		6857	long tmp ;
6782	struct bitmap2  const  *bm2 ;		6858	struct bitmap2  const  *bm2 ;
6783	UWord tmp___0 ;		6859	UWord tmp___0 ;
6784	struct bitmap2  const  *tmp___1 ;		6860	struct bitmap2  const  *tmp___1 ;
6785	Addr b_start ;		6861	Addr b_start ;
6786	Addr b_end ;		6862	Addr b_end ;
6787	UWord b0 ;		6863	UWord b0 ;
6788	struct bitmap1  const  *p1 ;		6864	struct bitmap1  const  *p1 ;
6789	Addr tmp___2 ;		6865	Addr tmp___2 ;
6790	Addr tmp___3 ;		6866	Addr tmp___3 ;
6791	int tmp___4 ;		6867	int tmp___4 ;
6792	long tmp___5 ;		6868	long tmp___5 ;
6793	Addr tmp___6 ;		6869	Addr tmp___6 ;
6794	int tmp___7 ;		6870	int tmp___7 ;
6795	long tmp___8 ;		6871	long tmp___8 ;
6796	long tmp___9 ;		6872	long tmp___9 ;
6797	UWord tmp___10 ;		6873	UWord tmp___10 ;
6798	UWord tmp___11 ;		6874	UWord tmp___11 ;
6799	int tmp___12 ;		6875	int tmp___12 ;
6800	long tmp___13 ;		6876	long tmp___13 ;
6801	UWord tmp___14 ;		6877	UWord tmp___14 ;
6802	long tmp___15 ;		6878	long tmp___15 ;
6803	UWord tmp___16 ;		6879	UWord tmp___16 ;
6804	UWord tmp___17 ;		6880	UWord tmp___17 ;
6805	UWord tmp___18 ;		6881	UWord tmp___18 ;
6806			6882
6807	{		6883	{
6808	tmp = __builtin_expect((long )(! (! bm)), 1L);		6884	tmp = __builtin_expect((long )(! (! bm)), 1L);
6809	if (tmp) {		6885	if (tmp) {
6810			6886
6811	} else {		6887	} else {
6812	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",		6888	vgPlain_assert_fail((Bool )0, (Char const   *)"bm",
6813	(Char const   *)"drd_bitmap.c", 814,		6889	(Char const   *)"drd_bitmap.c", 814,
6814	(Char const   *)"vgDrd_bm_has_conflict_with", "");		6890	(Char const   *)"vgDrd_bm_has_conflict_with", "");
6815	}		6891	}
6816	b = (Addr )a1;		6892	b = (Addr )a1;
6817	while (b < (Addr )a2) {		6893	while (b < (Addr )a2) {
6818	tmp___0 = address_msb((Addr const   )b);		6894	tmp___0 = address_msb((Addr const   )b);
6819	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);		6895	tmp___1 = bm2_lookup(bm, (UWord const   )tmp___0);
6820	bm2 = tmp___1;		6896	bm2 = tmp___1;
6821	b_next = first_address_with_higher_msb((Addr const   )b);		6897	b_next = first_address_with_higher_msb((Addr const   )b);
6822	if (b_next > (Addr )a2) {		6898	if (b_next > (Addr )a2) {
6823	b_next = (Addr )a2;		6899	b_next = (Addr )a2;
6824	} else {		6900	} else {
6825			6901
6826	}		6902	}
6827	if (bm2) {		6903	if (bm2) {
6828	p1 = & bm2->bm1;		6904	p1 = & bm2->bm1;
6829	tmp___3 = make_address(bm2->addr, (UWord const   )0);		6905	tmp___3 = make_address(bm2->addr, (UWord const   )0);
6830	if (tmp___3 < (Addr )a1) {		6906	if (tmp___3 < (Addr )a1) {
6831	b_start = (Addr )a1;		6907	b_start = (Addr )a1;
6832	} else {		6908	} else {
6833	tmp___2 = make_address(bm2->addr, (UWord const   )0);		6909	tmp___2 = make_address(bm2->addr, (UWord const   )0);
6834	if (tmp___2 < (Addr )a2) {		6910	if (tmp___2 < (Addr )a2) {
6835	b_start = make_address(bm2->addr, (UWord const   )0);		6911	b_start = make_address(bm2->addr, (UWord const   )0);
6836	} else {		6912	} else {
6837	break;		6913	break;
6838	}		6914	}
6839	}		6915	}
6840	if (a1 <= (Addr const   )b_start) {		6916	if (a1 <= (Addr const   )b_start) {
6841	if (b_start <= (Addr )a2) {		6917	if (b_start <= (Addr )a2) {
6842	tmp___4 = 1;		6918	tmp___4 = 1;
6843	} else {		6919	} else {
6844	tmp___4 = 0;		6920	tmp___4 = 0;
6845	}		6921	}
6846	} else {		6922	} else {
6847	tmp___4 = 0;		6923	tmp___4 = 0;
6848	}		6924	}
6849	tmp___5 = __builtin_expect((long )tmp___4, 1L);		6925	tmp___5 = __builtin_expect((long )tmp___4, 1L);
6850	if (tmp___5) {		6926	if (tmp___5) {
6851			6927
6852	} else {		6928	} else {
6853	vgPlain_assert_fail((Bool )0,		6929	vgPlain_assert_fail((Bool )0,
6854	(Char const   *)"a1 <= b_start && b_start <= a2",		6930	(Char const   *)"a1 <= b_start && b_start <= a2",
6855	(Char const   *)"drd_bitmap.c", 840,		6931	(Char const   *)"drd_bitmap.c", 840,
6856	(Char const   *)"vgDrd_bm_has_conflict_with", "");		6932	(Char const   *)"vgDrd_bm_has_conflict_with", "");
6857	}		6933	}
6858	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);		6934	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);
6859	if (tmp___6 < (Addr )a2) {		6935	if (tmp___6 < (Addr )a2) {
6860	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);		6936	b_end = make_address(bm2->addr + 1UL, (UWord const   )0);
6861	} else {		6937	} else {
6862	b_end = (Addr )a2;		6938	b_end = (Addr )a2;
6863	}		6939	}
6864	if (a1 <= (Addr const   )b_end) {		6940	if (a1 <= (Addr const   )b_end) {
6865	if (b_end <= (Addr )a2) {		6941	if (b_end <= (Addr )a2) {
6866	tmp___7 = 1;		6942	tmp___7 = 1;
6867	} else {		6943	} else {
6868	tmp___7 = 0;		6944	tmp___7 = 0;
6869	}		6945	}
6870	} else {		6946	} else {
6871	tmp___7 = 0;		6947	tmp___7 = 0;
6872	}		6948	}
6873	tmp___8 = __builtin_expect((long )tmp___7, 1L);		6949	tmp___8 = __builtin_expect((long )tmp___7, 1L);
6874	if (tmp___8) {		6950	if (tmp___8) {
6875			6951
6876	} else {		6952	} else {
6877	vgPlain_assert_fail((Bool )0,		6953	vgPlain_assert_fail((Bool )0,
6878	(Char const   *)"a1 <= b_end && b_end <= a2",		6954	(Char const   *)"a1 <= b_end && b_end <= a2",
6879	(Char const   *)"drd_bitmap.c", 846,		6955	(Char const   *)"drd_bitmap.c", 846,
6880	(Char const   *)"vgDrd_bm_has_conflict_with", "");		6956	(Char const   *)"vgDrd_bm_has_conflict_with", "");
6881	}		6957	}
6882	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);		6958	tmp___9 = __builtin_expect((long )(! (! (b_start < b_end))), 1L);
6883	if (tmp___9) {		6959	if (tmp___9) {
6884			6960
6885	} else {		6961	} else {
6886	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",		6962	vgPlain_assert_fail((Bool )0, (Char const   *)"b_start < b_end",
6887	(Char const   *)"drd_bitmap.c", 847,		6963	(Char const   *)"drd_bitmap.c", 847,
6888	(Char const   *)"vgDrd_bm_has_conflict_with", "");		6964	(Char const   *)"vgDrd_bm_has_conflict_with", "");
6889	}		6965	}
6890	tmp___10 = address_lsb((Addr const   )b_start);		6966	tmp___10 = address_lsb((Addr const   )b_start);
6891	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));		6967	tmp___11 = address_lsb((Addr const   )(b_end - 1UL));
6892	if (tmp___10 <= tmp___11) {		6968	if (tmp___10 <= tmp___11) {
6893	tmp___12 = 1;		6969	tmp___12 = 1;
6894	} else {		6970	} else {
6895	tmp___12 = 0;		6971	tmp___12 = 0;
6896	}		6972	}
6897	tmp___13 = __builtin_expect((long )tmp___12, 1L);		6973	tmp___13 = __builtin_expect((long )tmp___12, 1L);
6898	if (tmp___13) {		6974	if (tmp___13) {
6899			6975
6900	} else {		6976	} else {
6901	vgPlain_assert_fail((Bool )0,		6977	vgPlain_assert_fail((Bool )0,
6902	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",		6978	(Char const   *)"address_lsb(b_start) <= address_lsb(b_end - 1)",
6903	(Char const   *)"drd_bitmap.c", 848,		6979	(Char const   *)"drd_bitmap.c", 848,
6904	(Char const   *)"vgDrd_bm_has_conflict_with", "");		6980	(Char const   *)"vgDrd_bm_has_conflict_with", "");
6905	}		6981	}
6906	b0 = address_lsb((Addr const   )b_start);		6982	b0 = address_lsb((Addr const   )b_start);
6907	while (1) {		6983	while (1) {
6908	tmp___18 = address_lsb((Addr const   )(b_end - 1UL));		6984	tmp___18 = address_lsb((Addr const   )(b_end - 1UL));
6909	if (b0 <= tmp___18) {		6985	if (b0 <= tmp___18) {
6910			6986
6911	} else {		6987	} else {
6912	break;		6988	break;
6913	}		6989	}
6914	if ((unsigned int const   )access_type == 0U) {		6990	if ((unsigned int const   )access_type == 0U) {
6915	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);		6991	tmp___14 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);
6916	if (tmp___14) {		6992	if (tmp___14) {
6917	return ((Bool )1);		6993	return ((Bool )1);
6918	} else {		6994	} else {
6919			6995
6920	}		6996	}
6921	} else {		6997	} else {
6922	tmp___15 = __builtin_expect((long )(! (! ((unsigned int const   )access_type == 1U))),		6998	tmp___15 = __builtin_expect((long )(! (! ((unsigned int const   )access_type == 1U))),
6923	1L);		6999	1L);
6924	if (tmp___15) {		7000	if (tmp___15) {
6925			7001
6926	} else {		7002	} else {
6927	vgPlain_assert_fail((Bool )0,		7003	vgPlain_assert_fail((Bool )0,
6928	(Char const   *)"access_type == eStore",		7004	(Char const   *)"access_type == eStore",
6929	(Char const   *)"drd_bitmap.c", 861,		7005	(Char const   *)"drd_bitmap.c", 861,
6930	(Char const   *)"vgDrd_bm_has_conflict_with", "");		7006	(Char const   *)"vgDrd_bm_has_conflict_with", "");
6931	}		7007	}
6932	tmp___16 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);		7008	tmp___16 = bm0_is_set((UWord const   *)(p1->bm0_r), (UWord const   )b0);
6933	tmp___17 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);		7009	tmp___17 = bm0_is_set((UWord const   *)(p1->bm0_w), (UWord const   )b0);
6934	if (tmp___16 | tmp___17) {		7010	if (tmp___16 | tmp___17) {
6935	return ((Bool )1);		7011	return ((Bool )1);
6936	} else {		7012	} else {
6937			7013
6938	}		7014	}
6939	}		7015	}
6940	b0 ++;		7016	b0 ++;
6941	}		7017	}
6942	} else {		7018	} else {
6943			7019
6944	}		7020	}
6945	b = b_next;		7021	b = b_next;
6946	}		7022	}
6947	return ((Bool )0);		7023	return ((Bool )0);
6948	}		7024	}
6949	}		7025	}
6950	Bool vgDrd_bm_load_has_conflict_with(struct bitmap * const  bm ,		7026	Bool vgDrd_bm_load_has_conflict_with(struct bitmap * const  bm ,
6951	Addr const   a1 , Addr const   a2 )		7027	Addr const   a1 , Addr const   a2 )
6952	{		7028	{
6953	Bool tmp ;		7029	Bool tmp ;
6954			7030
6955	{		7031	{
6956	tmp = vgDrd_bm_has_conflict_with(bm, a1, a2, (BmAccessTypeT const   )0);		7032	tmp = vgDrd_bm_has_conflict_with(bm, a1, a2, (BmAccessTypeT const   )0);
6957	return (tmp);		7033	return (tmp);
6958	}		7034	}
6959	}		7035	}
6960	Bool vgDrd_bm_load_1_has_conflict_with(struct bitmap * const  bm ,		7036	Bool vgDrd_bm_load_1_has_conflict_with(struct bitmap * const  bm ,
6961	Addr const   a1 )		7037	Addr const   a1 )
6962	{		7038	{
6963	Bool tmp ;		7039	Bool tmp ;
6964			7040
6965	{		7041	{
6966	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )1);		7042	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )1);
6967	return (tmp);		7043	return (tmp);
6968	}		7044	}
6969	}		7045	}
6970	Bool vgDrd_bm_load_2_has_conflict_with(struct bitmap * const  bm ,		7046	Bool vgDrd_bm_load_2_has_conflict_with(struct bitmap * const  bm ,
6971	Addr const   a1 )		7047	Addr const   a1 )
6972	{		7048	{
6973	Bool tmp ;		7049	Bool tmp ;
6974	Bool tmp___0 ;		7050	Bool tmp___0 ;
6975			7051
6976	{		7052	{
6977	if ((a1 & 1UL) == 0UL) {		7053	if ((a1 & 1UL) == 0UL) {
6978	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )2);		7054	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )2);
6979	return (tmp);		7055	return (tmp);
6980	} else {		7056	} else {
6981	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 2UL,		7057	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 2UL,
6982	(BmAccessTypeT const   )0);		7058	(BmAccessTypeT const   )0);
6983	return (tmp___0);		7059	return (tmp___0);
6984	}		7060	}
6985	}		7061	}
6986	}		7062	}
6987	Bool vgDrd_bm_load_4_has_conflict_with(struct bitmap * const  bm ,		7063	Bool vgDrd_bm_load_4_has_conflict_with(struct bitmap * const  bm ,
6988	Addr const   a1 )		7064	Addr const   a1 )
6989	{		7065	{
6990	Bool tmp ;		7066	Bool tmp ;
6991	Bool tmp___0 ;		7067	Bool tmp___0 ;
6992			7068
6993	{		7069	{
6994	if ((a1 & 3UL) == 0UL) {		7070	if ((a1 & 3UL) == 0UL) {
6995	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )4);		7071	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )4);
6996	return (tmp);		7072	return (tmp);
6997	} else {		7073	} else {
6998	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 4UL,		7074	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 4UL,
6999	(BmAccessTypeT const   )0);		7075	(BmAccessTypeT const   )0);
7000	return (tmp___0);		7076	return (tmp___0);
7001	}		7077	}
7002	}		7078	}
7003	}		7079	}
7004	Bool vgDrd_bm_load_8_has_conflict_with(struct bitmap * const  bm ,		7080	Bool vgDrd_bm_load_8_has_conflict_with(struct bitmap * const  bm ,
7005	Addr const   a1 )		7081	Addr const   a1 )
7006	{		7082	{
7007	Bool tmp ;		7083	Bool tmp ;
7008	Bool tmp___0 ;		7084	Bool tmp___0 ;
7009			7085
7010	{		7086	{
7011	if ((a1 & 7UL) == 0UL) {		7087	if ((a1 & 7UL) == 0UL) {
7012	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )8);		7088	tmp = bm_aligned_load_has_conflict_with(bm, a1, (SizeT const   )8);
7013	return (tmp);		7089	return (tmp);
7014	} else {		7090	} else {
7015	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 8UL,		7091	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 8UL,
7016	(BmAccessTypeT const   )0);		7092	(BmAccessTypeT const   )0);
7017	return (tmp___0);		7093	return (tmp___0);
7018	}		7094	}
7019	}		7095	}
7020	}		7096	}
7021	Bool vgDrd_bm_store_1_has_conflict_with(struct bitmap * const  bm ,		7097	Bool vgDrd_bm_store_1_has_conflict_with(struct bitmap * const  bm ,
7022	Addr const   a1 )		7098	Addr const   a1 )
7023	{		7099	{
7024	Bool tmp ;		7100	Bool tmp ;
7025			7101
7026	{		7102	{
7027	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )1);		7103	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )1);
7028	return (tmp);		7104	return (tmp);
7029	}		7105	}
7030	}		7106	}
7031	Bool vgDrd_bm_store_2_has_conflict_with(struct bitmap * const  bm ,		7107	Bool vgDrd_bm_store_2_has_conflict_with(struct bitmap * const  bm ,
7032	Addr const   a1 )		7108	Addr const   a1 )
7033	{		7109	{
7034	Bool tmp ;		7110	Bool tmp ;
7035	Bool tmp___0 ;		7111	Bool tmp___0 ;
7036			7112
7037	{		7113	{
7038	if ((a1 & 1UL) == 0UL) {		7114	if ((a1 & 1UL) == 0UL) {
7039	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )2);		7115	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )2);
7040	return (tmp);		7116	return (tmp);
7041	} else {		7117	} else {
7042	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 2UL,		7118	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 2UL,
7043	(BmAccessTypeT const   )1);		7119	(BmAccessTypeT const   )1);
7044	return (tmp___0);		7120	return (tmp___0);
7045	}		7121	}
7046	}		7122	}
7047	}		7123	}
7048	Bool vgDrd_bm_store_4_has_conflict_with(struct bitmap * const  bm ,		7124	Bool vgDrd_bm_store_4_has_conflict_with(struct bitmap * const  bm ,
7049	Addr const   a1 )		7125	Addr const   a1 )
7050	{		7126	{
7051	Bool tmp ;		7127	Bool tmp ;
7052	Bool tmp___0 ;		7128	Bool tmp___0 ;
7053			7129
7054	{		7130	{
7055	if ((a1 & 3UL) == 0UL) {		7131	if ((a1 & 3UL) == 0UL) {
7056	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )4);		7132	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )4);
7057	return (tmp);		7133	return (tmp);
7058	} else {		7134	} else {
7059	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 4UL,		7135	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 4UL,
7060	(BmAccessTypeT const   )1);		7136	(BmAccessTypeT const   )1);
7061	return (tmp___0);		7137	return (tmp___0);
7062	}		7138	}
7063	}		7139	}
7064	}		7140	}
7065	Bool vgDrd_bm_store_8_has_conflict_with(struct bitmap * const  bm ,		7141	Bool vgDrd_bm_store_8_has_conflict_with(struct bitmap * const  bm ,
7066	Addr const   a1 )		7142	Addr const   a1 )
7067	{		7143	{
7068	Bool tmp ;		7144	Bool tmp ;
7069	Bool tmp___0 ;		7145	Bool tmp___0 ;
7070			7146
7071	{		7147	{
7072	if ((a1 & 7UL) == 0UL) {		7148	if ((a1 & 7UL) == 0UL) {
7073	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )8);		7149	tmp = bm_aligned_store_has_conflict_with(bm, a1, (SizeT const   )8);
7074	return (tmp);		7150	return (tmp);
7075	} else {		7151	} else {
7076	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 8UL,		7152	tmp___0 = vgDrd_bm_has_conflict_with(bm, a1, a1 + 8UL,
7077	(BmAccessTypeT const   )1);		7153	(BmAccessTypeT const   )1);
7078	return (tmp___0);		7154	return (tmp___0);
7079	}		7155	}
7080	}		7156	}
7081	}		7157	}
7082	Bool vgDrd_bm_store_has_conflict_with(struct bitmap * const  bm ,		7158	Bool vgDrd_bm_store_has_conflict_with(struct bitmap * const  bm ,
7083	Addr const   a1 , Addr const   a2 )		7159	Addr const   a1 , Addr const   a2 )
7084	{		7160	{
7085	Bool tmp ;		7161	Bool tmp ;
7086			7162
7087	{		7163	{
7088	tmp = vgDrd_bm_has_conflict_with(bm, a1, a2, (BmAccessTypeT const   )1);		7164	tmp = vgDrd_bm_has_conflict_with(bm, a1, a2, (BmAccessTypeT const   )1);
7089	return (tmp);		7165	return (tmp);
7090	}		7166	}
7091	}		7167	}
7092	Bool vgDrd_bm_equal(struct bitmap * const  lhs , struct bitmap * const  rhs )		7168	Bool vgDrd_bm_equal(struct bitmap * const  lhs , struct bitmap * const  rhs )
7093	{		7169	{
7094	struct bitmap2 *bm2l ;		7170	struct bitmap2 *bm2l ;
7095	struct bitmap2 *bm2r ;		7171	struct bitmap2 *bm2r ;
7096	long tmp ;		7172	long tmp ;
7097	void *tmp___0 ;		7173	void *tmp___0 ;
7098	Addr tmp___1 ;		7174	Addr tmp___1 ;
7099	Addr tmp___2 ;		7175	Addr tmp___2 ;
7100	Bool tmp___3 ;		7176	Bool tmp___3 ;
7101	long tmp___4 ;		7177	long tmp___4 ;
7102	void *tmp___5 ;		7178	void *tmp___5 ;
7103	Addr tmp___6 ;		7179	Addr tmp___6 ;
7104	Addr tmp___7 ;		7180	Addr tmp___7 ;
7105	Bool tmp___8 ;		7181	Bool tmp___8 ;
7106	long tmp___9 ;		7182	long tmp___9 ;
7107	Addr tmp___10 ;		7183	Addr tmp___10 ;
7108	Addr tmp___11 ;		7184	Addr tmp___11 ;
7109	Bool tmp___12 ;		7185	Bool tmp___12 ;
7110	int tmp___13 ;		7186	int tmp___13 ;
7111	long tmp___14 ;		7187	long tmp___14 ;
7112	Int tmp___15 ;		7188	Int tmp___15 ;
7113	void *tmp___16 ;		7189	void *tmp___16 ;
7114	void *tmp___17 ;		7190	void *tmp___17 ;
7115	Addr tmp___18 ;		7191	Addr tmp___18 ;
7116	Addr tmp___19 ;		7192	Addr tmp___19 ;
7117	Bool tmp___20 ;		7193	Bool tmp___20 ;
7118	Addr tmp___21 ;		7194	Addr tmp___21 ;
7119	Addr tmp___22 ;		7195	Addr tmp___22 ;
7120	Bool tmp___23 ;		7196	Bool tmp___23 ;
7121	int tmp___24 ;		7197	int tmp___24 ;
7122	long tmp___25 ;		7198	long tmp___25 ;
7123			7199
7124	{		7200	{
7125	tmp = __builtin_expect((long )(! (! ((unsigned int )lhs != (unsigned int )rhs))),		7201	tmp = __builtin_expect((long )(! (! ((unsigned int )lhs != (unsigned int )rhs))),
7126	1L);		7202	1L);
7127	if (tmp) {		7203	if (tmp) {
7128			7204
7129	} else {		7205	} else {
7130	vgPlain_assert_fail((Bool )0, (Char const   *)"lhs != rhs",		7206	vgPlain_assert_fail((Bool )0, (Char const   *)"lhs != rhs",
7131	(Char const   *)"drd_bitmap.c", 955,		7207	(Char const   *)"drd_bitmap.c", 955,
7132	(Char const   *)"vgDrd_bm_equal", "");		7208	(Char const   *)"vgDrd_bm_equal", "");
7133	}		7209	}
7134	vgPlain_OSetGen_ResetIter(lhs->oset);		7210	vgPlain_OSetGen_ResetIter(lhs->oset);
7135	vgPlain_OSetGen_ResetIter(rhs->oset);		7211	vgPlain_OSetGen_ResetIter(rhs->oset);
7136	while (1) {		7212	while (1) {
7137	tmp___16 = vgPlain_OSetGen_Next(lhs->oset);		7213	tmp___16 = vgPlain_OSetGen_Next(lhs->oset);
7138	bm2l = (struct bitmap2 *)tmp___16;		7214	bm2l = (struct bitmap2 *)tmp___16;
7139	if ((unsigned int )bm2l != (unsigned int )((struct bitmap2 *)0)) {		7215	if ((unsigned int )bm2l != (unsigned int )((struct bitmap2 *)0)) {
7140			7216
7141	} else {		7217	} else {
7142	break;		7218	break;
7143	}		7219	}
7144	while (1) {		7220	while (1) {
7145	if (bm2l) {		7221	if (bm2l) {
7146	tmp___1 = make_address((UWord const   )(bm2l->addr + 1UL),		7222	tmp___1 = make_address((UWord const   )(bm2l->addr + 1UL),
7147	(UWord const   )0);		7223	(UWord const   )0);
7148	tmp___2 = make_address((UWord const   )bm2l->addr, (UWord const   )0);		7224	tmp___2 = make_address((UWord const   )bm2l->addr, (UWord const   )0);
7149	tmp___3 = vgDrd_bm_has_any_access(lhs, (Addr const   )tmp___2,		7225	tmp___3 = vgDrd_bm_has_any_access(lhs, (Addr const   )tmp___2,
7150	(Addr const   )tmp___1);		7226	(Addr const   )tmp___1);
7151	if (tmp___3) {		7227	if (tmp___3) {
7152	break;		7228	break;
7153	} else {		7229	} else {
7154			7230
7155	}		7231	}
7156	} else {		7232	} else {
7157	break;		7233	break;
7158	}		7234	}
7159	tmp___0 = vgPlain_OSetGen_Next(lhs->oset);		7235	tmp___0 = vgPlain_OSetGen_Next(lhs->oset);
7160	bm2l = (struct bitmap2 *)tmp___0;		7236	bm2l = (struct bitmap2 *)tmp___0;
7161	}		7237	}
7162	if ((unsigned int )bm2l == (unsigned int )((struct bitmap2 *)0)) {		7238	if ((unsigned int )bm2l == (unsigned int )((struct bitmap2 *)0)) {
7163	break;		7239	break;
7164	} else {		7240	} else {
7165			7241
7166	}		7242	}
7167	tmp___4 = __builtin_expect((long )(! (! bm2l)), 1L);		7243	tmp___4 = __builtin_expect((long )(! (! bm2l)), 1L);
7168	if (tmp___4) {		7244	if (tmp___4) {
7169			7245
7170	} else {		7246	} else {
7171	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l",		7247	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l",
7172	(Char const   *)"drd_bitmap.c", 971,		7248	(Char const   *)"drd_bitmap.c", 971,
7173	(Char const   *)"vgDrd_bm_equal", "");		7249	(Char const   *)"vgDrd_bm_equal", "");
7174	}		7250	}
7175	while (1) {		7251	while (1) {
7176	tmp___5 = vgPlain_OSetGen_Next(rhs->oset);		7252	tmp___5 = vgPlain_OSetGen_Next(rhs->oset);
7177	bm2r = (struct bitmap2 *)tmp___5;		7253	bm2r = (struct bitmap2 *)tmp___5;
7178	if ((unsigned int )bm2r == (unsigned int )((struct bitmap2 *)0)) {		7254	if ((unsigned int )bm2r == (unsigned int )((struct bitmap2 *)0)) {
7179	return ((Bool )0);		7255	return ((Bool )0);
7180	} else {		7256	} else {
7181			7257
7182	}		7258	}
7183	tmp___6 = make_address((UWord const   )(bm2r->addr + 1UL),		7259	tmp___6 = make_address((UWord const   )(bm2r->addr + 1UL),
7184	(UWord const   )0);		7260	(UWord const   )0);
7185	tmp___7 = make_address((UWord const   )bm2r->addr, (UWord const   )0);		7261	tmp___7 = make_address((UWord const   )bm2r->addr, (UWord const   )0);
7186	tmp___8 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___7,		7262	tmp___8 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___7,
7187	(Addr const   )tmp___6);		7263	(Addr const   )tmp___6);
7188	if (tmp___8) {		7264	if (tmp___8) {
7189	break;		7265	break;
7190	} else {		7266	} else {
7191			7267
7192	}		7268	}
7193	}		7269	}
7194	tmp___9 = __builtin_expect((long )(! (! bm2r)), 1L);		7270	tmp___9 = __builtin_expect((long )(! (! bm2r)), 1L);
7195	if (tmp___9) {		7271	if (tmp___9) {
7196			7272
7197	} else {		7273	} else {
7198	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2r",		7274	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2r",
7199	(Char const   *)"drd_bitmap.c", 983,		7275	(Char const   *)"drd_bitmap.c", 983,
7200	(Char const   *)"vgDrd_bm_equal", "");		7276	(Char const   *)"vgDrd_bm_equal", "");
7201	}		7277	}
7202	tmp___10 = make_address((UWord const   )(bm2r->addr + 1UL),		7278	tmp___10 = make_address((UWord const   )(bm2r->addr + 1UL),
7203	(UWord const   )0);		7279	(UWord const   )0);
7204	tmp___11 = make_address((UWord const   )bm2r->addr, (UWord const   )0);		7280	tmp___11 = make_address((UWord const   )bm2r->addr, (UWord const   )0);
7205	tmp___12 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___11,		7281	tmp___12 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___11,
7206	(Addr const   )tmp___10);		7282	(Addr const   )tmp___10);
7207	if (tmp___12) {		7283	if (tmp___12) {
7208	tmp___13 = 1;		7284	tmp___13 = 1;
7209	} else {		7285	} else {
7210	tmp___13 = 0;		7286	tmp___13 = 0;
7211	}		7287	}
7212	tmp___14 = __builtin_expect((long )tmp___13, 1L);		7288	tmp___14 = __builtin_expect((long )tmp___13, 1L);
7213	if (tmp___14) {		7289	if (tmp___14) {
7214			7290
7215	} else {		7291	} else {
7216	vgPlain_assert_fail((Bool )0,		7292	vgPlain_assert_fail((Bool )0,
7217	(Char const   *)"DRD_(bm_has_any_access)(rhs, make_address(bm2r->addr, 0), make_address(bm2r->addr + 1, 0))",		7293	(Char const   *)"DRD_(bm_has_any_access)(rhs, make_address(bm2r->addr, 0), make_address(bm2r->addr + 1, 0))",
7218	(Char const   *)"drd_bitmap.c", 986,		7294	(Char const   *)"drd_bitmap.c", 986,
7219	(Char const   *)"vgDrd_bm_equal", "");		7295	(Char const   *)"vgDrd_bm_equal", "");
7220	}		7296	}
7221	if ((unsigned int )bm2l != (unsigned int )bm2r) {		7297	if ((unsigned int )bm2l != (unsigned int )bm2r) {
7222	if (bm2l->addr != bm2r->addr) {		7298	if (bm2l->addr != bm2r->addr) {
7223	return ((Bool )0);		7299	return ((Bool )0);
7224	} else {		7300	} else {
7225	tmp___15 = vgPlain_memcmp((void const   *)(& bm2l->bm1),		7301	tmp___15 = vgPlain_memcmp((void const   *)(& bm2l->bm1),
7226	(void const   *)(& bm2r->bm1),		7302	(void const   *)(& bm2r->bm1),
7227	(SizeT )sizeof(bm2l->bm1));		7303	(SizeT )sizeof(bm2l->bm1));
7228	if (tmp___15 != 0) {		7304	if (tmp___15 != 0) {
7229	return ((Bool )0);		7305	return ((Bool )0);
7230	} else {		7306	} else {
7231			7307
7232	}		7308	}
7233	}		7309	}
7234	} else {		7310	} else {
7235			7311
7236	}		7312	}
7237	}		7313	}
7238	while (1) {		7314	while (1) {
7239	tmp___17 = vgPlain_OSetGen_Next(rhs->oset);		7315	tmp___17 = vgPlain_OSetGen_Next(rhs->oset);
7240	bm2r = (struct bitmap2 *)tmp___17;		7316	bm2r = (struct bitmap2 *)tmp___17;
7241	if (bm2r) {		7317	if (bm2r) {
7242	tmp___18 = make_address((UWord const   )(bm2r->addr + 1UL),		7318	tmp___18 = make_address((UWord const   )(bm2r->addr + 1UL),
7243	(UWord const   )0);		7319	(UWord const   )0);
7244	tmp___19 = make_address((UWord const   )bm2r->addr, (UWord const   )0);		7320	tmp___19 = make_address((UWord const   )bm2r->addr, (UWord const   )0);
7245	tmp___20 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___19,		7321	tmp___20 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___19,
7246	(Addr const   )tmp___18);		7322	(Addr const   )tmp___18);
7247	if (tmp___20) {		7323	if (tmp___20) {
7248	break;		7324	break;
7249	} else {		7325	} else {
7250			7326
7251	}		7327	}
7252	} else {		7328	} else {
7253	break;		7329	break;
7254	}		7330	}
7255	}		7331	}
7256	if (bm2r) {		7332	if (bm2r) {
7257	tmp___21 = make_address((UWord const   )(bm2r->addr + 1UL),		7333	tmp___21 = make_address((UWord const   )(bm2r->addr + 1UL),
7258	(UWord const   )0);		7334	(UWord const   )0);
7259	tmp___22 = make_address((UWord const   )bm2r->addr, (UWord const   )0);		7335	tmp___22 = make_address((UWord const   )bm2r->addr, (UWord const   )0);
7260	tmp___23 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___22,		7336	tmp___23 = vgDrd_bm_has_any_access(rhs, (Addr const   )tmp___22,
7261	(Addr const   )tmp___21);		7337	(Addr const   )tmp___21);
7262	if (tmp___23) {		7338	if (tmp___23) {
7263	tmp___24 = 1;		7339	tmp___24 = 1;
7264	} else {		7340	} else {
7265	tmp___24 = 0;		7341	tmp___24 = 0;
7266	}		7342	}
7267	tmp___25 = __builtin_expect((long )tmp___24, 1L);		7343	tmp___25 = __builtin_expect((long )tmp___24, 1L);
7268	if (tmp___25) {		7344	if (tmp___25) {
7269			7345
7270	} else {		7346	} else {
7271	vgPlain_assert_fail((Bool )0,		7347	vgPlain_assert_fail((Bool )0,
7272	(Char const   *)"DRD_(bm_has_any_access)(rhs, make_address(bm2r->addr, 0), make_address(bm2r->addr + 1, 0))",		7348	(Char const   *)"DRD_(bm_has_any_access)(rhs, make_address(bm2r->addr, 0), make_address(bm2r->addr + 1, 0))",
7273	(Char const   *)"drd_bitmap.c", 1006,		7349	(Char const   *)"drd_bitmap.c", 1006,
7274	(Char const   *)"vgDrd_bm_equal", "");		7350	(Char const   *)"vgDrd_bm_equal", "");
7275	}		7351	}
7276	return ((Bool )0);		7352	return ((Bool )0);
7277	} else {		7353	} else {
7278			7354
7279	}		7355	}
7280	return ((Bool )1);		7356	return ((Bool )1);
7281	}		7357	}
7282	}		7358	}
7283	void vgDrd_bm_swap(struct bitmap * const  bm1 , struct bitmap * const  bm2 )		7359	void vgDrd_bm_swap(struct bitmap * const  bm1 , struct bitmap * const  bm2 )
7284	{		7360	{
7285	OSet *tmp ;		7361	OSet *tmp ;
7286			7362
7287	{		7363	{
7288	tmp = bm1->oset;		7364	tmp = bm1->oset;
7289	bm1->oset = bm2->oset;		7365	bm1->oset = bm2->oset;
7290	bm2->oset = tmp;		7366	bm2->oset = tmp;
7291	return;		7367	return;
7292	}		7368	}
7293	}		7369	}
7294	void vgDrd_bm_merge2(struct bitmap * const  lhs , struct bitmap * const  rhs )		7370	void vgDrd_bm_merge2(struct bitmap * const  lhs , struct bitmap * const  rhs )
7295	{		7371	{
7296	struct bitmap2 *bm2l ;		7372	struct bitmap2 *bm2l ;
7297	struct bitmap2 *bm2r ;		7373	struct bitmap2 *bm2r ;
7298	long tmp ;		7374	long tmp ;
7299	void *tmp___0 ;		7375	void *tmp___0 ;
7300	long tmp___1 ;		7376	long tmp___1 ;
7301	void *tmp___2 ;		7377	void *tmp___2 ;
7302			7378
7303	{		7379	{
7304	tmp = __builtin_expect((long )(! (! ((unsigned int )lhs != (unsigned int )rhs))),		7380	tmp = __builtin_expect((long )(! (! ((unsigned int )lhs != (unsigned int )rhs))),
7305	1L);		7381	1L);
7306	if (tmp) {		7382	if (tmp) {
7307			7383
7308	} else {		7384	} else {
7309	vgPlain_assert_fail((Bool )0, (Char const   *)"lhs != rhs",		7385	vgPlain_assert_fail((Bool )0, (Char const   *)"lhs != rhs",
7310	(Char const   *)"drd_bitmap.c", 1029,		7386	(Char const   *)"drd_bitmap.c", 1029,
7311	(Char const   *)"vgDrd_bm_merge2", "");		7387	(Char const   *)"vgDrd_bm_merge2", "");
7312	}		7388	}
7313	s_bitmap_merge_count ++;		7389	s_bitmap_merge_count ++;
7314	vgPlain_OSetGen_ResetIter(rhs->oset);		7390	vgPlain_OSetGen_ResetIter(rhs->oset);
7315	while (1) {		7391	while (1) {
7316	tmp___2 = vgPlain_OSetGen_Next(rhs->oset);		7392	tmp___2 = vgPlain_OSetGen_Next(rhs->oset);
7317	bm2r = (struct bitmap2 *)tmp___2;		7393	bm2r = (struct bitmap2 *)tmp___2;
7318	if ((unsigned int )bm2r != (unsigned int )((struct bitmap2 *)0)) {		7394	if ((unsigned int )bm2r != (unsigned int )((struct bitmap2 *)0)) {
7319			7395
7320	} else {		7396	} else {
7321	break;		7397	break;
7322	}		7398	}
7323	tmp___0 = vgPlain_OSetGen_Lookup((OSet const   *)lhs->oset,		7399	tmp___0 = vgPlain_OSetGen_Lookup((OSet const   *)lhs->oset,
7324	(void const   *)(& bm2r->addr));		7400	(void const   *)(& bm2r->addr));
7325	bm2l = (struct bitmap2 *)tmp___0;		7401	bm2l = (struct bitmap2 *)tmp___0;
7326	if (bm2l) {		7402	if (bm2l) {
7327	tmp___1 = __builtin_expect((long )(! (! ((unsigned int )bm2l != (unsigned int )bm2r))),		7403	tmp___1 = __builtin_expect((long )(! (! ((unsigned int )bm2l != (unsigned int )bm2r))),
7328	1L);		7404	1L);
7329	if (tmp___1) {		7405	if (tmp___1) {
7330			7406
7331	} else {		7407	} else {
7332	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l != bm2r",		7408	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l != bm2r",
7333	(Char const   *)"drd_bitmap.c", 1040,		7409	(Char const   *)"drd_bitmap.c", 1040,
7334	(Char const   *)"vgDrd_bm_merge2", "");		7410	(Char const   *)"vgDrd_bm_merge2", "");
7335	}		7411	}
7336	bm2_merge((struct bitmap2 */* const  */)bm2l,		7412	bm2_merge((struct bitmap2 */* const  */)bm2l,
7337	(struct bitmap2  const  */* const  */)bm2r);		7413	(struct bitmap2  const  */* const  */)bm2r);
7338	} else {		7414	} else {
7339	bm2_insert_copy(lhs, (struct bitmap2 */* const  */)bm2r);		7415	bm2_insert_copy(lhs, (struct bitmap2 */* const  */)bm2r);
7340	}		7416	}
7341	}		7417	}
7342	return;		7418	return;
7343	}		7419	}
7344	}		7420	}
7345	void vgDrd_bm_unmark(struct bitmap *bm )		7421	void vgDrd_bm_unmark(struct bitmap *bm )
7346	{		7422	{
7347	struct bitmap2 *bm2 ;		7423	struct bitmap2 *bm2 ;
7348	void *tmp ;		7424	void *tmp ;
7349			7425
7350	{		7426	{
7351	vgPlain_OSetGen_ResetIter(bm->oset);		7427	vgPlain_OSetGen_ResetIter(bm->oset);
7352	while (1) {		7428	while (1) {
7353	tmp = vgPlain_OSetGen_Next(bm->oset);		7429	tmp = vgPlain_OSetGen_Next(bm->oset);
7354	bm2 = (struct bitmap2 *)tmp;		7430	bm2 = (struct bitmap2 *)tmp;
7355	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {		7431	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {
7356			7432
7357	} else {		7433	} else {
7358	break;		7434	break;
7359	}		7435	}
7360	bm2->recalc = (Bool )0;		7436	bm2->recalc = (Bool )0;
7361	}		7437	}
7362	return;		7438	return;
7363	}		7439	}
7364	}		7440	}
7365	Bool vgDrd_bm_is_marked(struct bitmap *bm , Addr const   a )		7441	Bool vgDrd_bm_is_marked(struct bitmap *bm , Addr const   a )
7366	{		7442	{
7367	struct bitmap2  const  *bm2 ;		7443	struct bitmap2  const  *bm2 ;
7368	int tmp ;		7444	int tmp ;
7369			7445
7370	{		7446	{
7371	bm2 = bm2_lookup((struct bitmap */* const  */)bm, a);		7447	bm2 = bm2_lookup((struct bitmap */* const  */)bm, a);
7372	if (bm2) {		7448	if (bm2) {
7373	if (bm2->recalc) {		7449	if (bm2->recalc) {
7374	tmp = 1;		7450	tmp = 1;
7375	} else {		7451	} else {
7376	tmp = 0;		7452	tmp = 0;
7377	}		7453	}
7378	} else {		7454	} else {
7379	tmp = 0;		7455	tmp = 0;
7380	}		7456	}
7381	return ((Bool )tmp);		7457	return ((Bool )tmp);
7382	}		7458	}
7383	}		7459	}
7384	void vgDrd_bm_mark(struct bitmap *bml , struct bitmap *bmr )		7460	void vgDrd_bm_mark(struct bitmap *bml , struct bitmap *bmr )
7385	{		7461	{
7386	struct bitmap2 *bm2l ;		7462	struct bitmap2 *bm2l ;
7387	struct bitmap2 *bm2r ;		7463	struct bitmap2 *bm2r ;
7388	void *tmp ;		7464	void *tmp ;
7389			7465
7390	{		7466	{
7391	vgPlain_OSetGen_ResetIter(bmr->oset);		7467	vgPlain_OSetGen_ResetIter(bmr->oset);
7392	while (1) {		7468	while (1) {
7393	tmp = vgPlain_OSetGen_Next(bmr->oset);		7469	tmp = vgPlain_OSetGen_Next(bmr->oset);
7394	bm2r = (struct bitmap2 *)tmp;		7470	bm2r = (struct bitmap2 *)tmp;
7395	if ((unsigned int )bm2r != (unsigned int )((struct bitmap2 *)0)) {		7471	if ((unsigned int )bm2r != (unsigned int )((struct bitmap2 *)0)) {
7396			7472
7397	} else {		7473	} else {
7398	break;		7474	break;
7399	}		7475	}
7400	bm2l = bm2_lookup_or_insert((struct bitmap */* const  */)bml,		7476	bm2l = bm2_lookup_or_insert((struct bitmap */* const  */)bml,
7401	(UWord const   )bm2r->addr);		7477	(UWord const   )bm2r->addr);
7402	bm2l->recalc = (Bool )1;		7478	bm2l->recalc = (Bool )1;
7403	}		7479	}
7404	return;		7480	return;
7405	}		7481	}
7406	}		7482	}
7407	void vgDrd_bm_clear_marked(struct bitmap *bm )		7483	void vgDrd_bm_clear_marked(struct bitmap *bm )
7408	{		7484	{
7409	struct bitmap2 *bm2 ;		7485	struct bitmap2 *bm2 ;
7410	void *tmp ;		7486	void *tmp ;
7411			7487
7412	{		7488	{
7413	vgPlain_OSetGen_ResetIter(bm->oset);		7489	vgPlain_OSetGen_ResetIter(bm->oset);
7414	while (1) {		7490	while (1) {
7415	tmp = vgPlain_OSetGen_Next(bm->oset);		7491	tmp = vgPlain_OSetGen_Next(bm->oset);
7416	bm2 = (struct bitmap2 *)tmp;		7492	bm2 = (struct bitmap2 *)tmp;
7417	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {		7493	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {
7418			7494
7419	} else {		7495	} else {
7420	break;		7496	break;
7421	}		7497	}
7422	if (bm2->recalc) {		7498	if (bm2->recalc) {
7423	bm2_clear((struct bitmap2 */* const  */)bm2);		7499	bm2_clear((struct bitmap2 */* const  */)bm2);
7424	} else {		7500	} else {
7425			7501
7426	}		7502	}
7427	}		7503	}
7428	return;		7504	return;
7429	}		7505	}
7430	}		7506	}
7431	void vgDrd_bm_merge2_marked(struct bitmap * const  lhs ,		7507	void vgDrd_bm_merge2_marked(struct bitmap * const  lhs ,
7432	struct bitmap * const  rhs )		7508	struct bitmap * const  rhs )
7433	{		7509	{
7434	struct bitmap2 *bm2l ;		7510	struct bitmap2 *bm2l ;
7435	struct bitmap2 *bm2r ;		7511	struct bitmap2 *bm2r ;
7436	long tmp ;		7512	long tmp ;
7437	void *tmp___0 ;		7513	void *tmp___0 ;
7438	long tmp___1 ;		7514	long tmp___1 ;
7439	void *tmp___2 ;		7515	void *tmp___2 ;
7440			7516
7441	{		7517	{
7442	tmp = __builtin_expect((long )(! (! ((unsigned int )lhs != (unsigned int )rhs))),		7518	tmp = __builtin_expect((long )(! (! ((unsigned int )lhs != (unsigned int )rhs))),
7443	1L);		7519	1L);
7444	if (tmp) {		7520	if (tmp) {
7445			7521
7446	} else {		7522	} else {
7447	vgPlain_assert_fail((Bool )0, (Char const   *)"lhs != rhs",		7523	vgPlain_assert_fail((Bool )0, (Char const   *)"lhs != rhs",
7448	(Char const   *)"drd_bitmap.c", 1120,		7524	(Char const   *)"drd_bitmap.c", 1120,
7449	(Char const   *)"vgDrd_bm_merge2_marked", "");		7525	(Char const   *)"vgDrd_bm_merge2_marked", "");
7450	}		7526	}
7451	s_bitmap_merge_count ++;		7527	s_bitmap_merge_count ++;
7452	vgPlain_OSetGen_ResetIter(rhs->oset);		7528	vgPlain_OSetGen_ResetIter(rhs->oset);
7453	while (1) {		7529	while (1) {
7454	tmp___2 = vgPlain_OSetGen_Next(rhs->oset);		7530	tmp___2 = vgPlain_OSetGen_Next(rhs->oset);
7455	bm2r = (struct bitmap2 *)tmp___2;		7531	bm2r = (struct bitmap2 *)tmp___2;
7456	if ((unsigned int )bm2r != (unsigned int )((struct bitmap2 *)0)) {		7532	if ((unsigned int )bm2r != (unsigned int )((struct bitmap2 *)0)) {
7457			7533
7458	} else {		7534	} else {
7459	break;		7535	break;
7460	}		7536	}
7461	tmp___0 = vgPlain_OSetGen_Lookup((OSet const   *)lhs->oset,		7537	tmp___0 = vgPlain_OSetGen_Lookup((OSet const   *)lhs->oset,
7462	(void const   *)(& bm2r->addr));		7538	(void const   *)(& bm2r->addr));
7463	bm2l = (struct bitmap2 *)tmp___0;		7539	bm2l = (struct bitmap2 *)tmp___0;
7464	if (bm2l) {		7540	if (bm2l) {
7465	if (bm2l->recalc) {		7541	if (bm2l->recalc) {
7466	tmp___1 = __builtin_expect((long )(! (! ((unsigned int )bm2l != (unsigned int )bm2r))),		7542	tmp___1 = __builtin_expect((long )(! (! ((unsigned int )bm2l != (unsigned int )bm2r))),
7467	1L);		7543	1L);
7468	if (tmp___1) {		7544	if (tmp___1) {
7469			7545
7470	} else {		7546	} else {
7471	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l != bm2r",		7547	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l != bm2r",
7472	(Char const   *)"drd_bitmap.c", 1131,		7548	(Char const   *)"drd_bitmap.c", 1131,
7473	(Char const   *)"vgDrd_bm_merge2_marked", "");		7549	(Char const   *)"vgDrd_bm_merge2_marked", "");
7474	}		7550	}
7475	bm2_merge((struct bitmap2 */* const  */)bm2l,		7551	bm2_merge((struct bitmap2 */* const  */)bm2l,
7476	(struct bitmap2  const  */* const  */)bm2r);		7552	(struct bitmap2  const  */* const  */)bm2r);
7477	} else {		7553	} else {
7478			7554
7479	}		7555	}
7480	} else {		7556	} else {
7481			7557
7482	}		7558	}
7483	}		7559	}
7484	return;		7560	return;
7485	}		7561	}
7486	}		7562	}
7487	void vgDrd_bm_remove_cleared_marked(struct bitmap *bm )		7563	void vgDrd_bm_remove_cleared_marked(struct bitmap *bm )
7488	{		7564	{
7489	struct bitmap2 *bm2 ;		7565	struct bitmap2 *bm2 ;
7490	UWord a1 ;		7566	UWord a1 ;
7491	Addr tmp ;		7567	Addr tmp ;
7492	Addr tmp___0 ;		7568	Addr tmp___0 ;
7493	Bool tmp___1 ;		7569	Bool tmp___1 ;
7494	void *tmp___2 ;		7570	void *tmp___2 ;
7495			7571
7496	{		7572	{
7497	vgPlain_OSetGen_ResetIter(bm->oset);		7573	vgPlain_OSetGen_ResetIter(bm->oset);
7498	while (1) {		7574	while (1) {
7499	tmp___2 = vgPlain_OSetGen_Next(bm->oset);		7575	tmp___2 = vgPlain_OSetGen_Next(bm->oset);
7500	bm2 = (struct bitmap2 *)tmp___2;		7576	bm2 = (struct bitmap2 *)tmp___2;
7501	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {		7577	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {
7502			7578
7503	} else {		7579	} else {
7504	break;		7580	break;
7505	}		7581	}
7506	a1 = bm2->addr;		7582	a1 = bm2->addr;
7507	if (bm2->recalc) {		7583	if (bm2->recalc) {
7508	tmp = make_address((UWord const   )(a1 + 1UL), (UWord const   )0);		7584	tmp = make_address((UWord const   )(a1 + 1UL), (UWord const   )0);
7509	tmp___0 = make_address((UWord const   )a1, (UWord const   )0);		7585	tmp___0 = make_address((UWord const   )a1, (UWord const   )0);
7510	tmp___1 = vgDrd_bm_has_any_access((struct bitmap */* const  */)bm,		7586	tmp___1 = vgDrd_bm_has_any_access((struct bitmap */* const  */)bm,
7511	(Addr const   )tmp___0,		7587	(Addr const   )tmp___0,
7512	(Addr const   )tmp);		7588	(Addr const   )tmp);
7513	if (tmp___1) {		7589	if (tmp___1) {
7514			7590
7515	} else {		7591	} else {
7516	bm2_remove((struct bitmap */* const  */)bm, (UWord const   )a1);		7592	bm2_remove((struct bitmap */* const  */)bm, (UWord const   )a1);
7517	vgPlain_OSetGen_ResetIterAt(bm->oset, (void const   *)(& a1));		7593	vgPlain_OSetGen_ResetIterAt(bm->oset, (void const   *)(& a1));
7518	}		7594	}
7519	} else {		7595	} else {
7520			7596
7521	}		7597	}
7522	}		7598	}
7523	return;		7599	return;
7524	}		7600	}
7525	}		7601	}
7526	int vgDrd_bm_has_races(struct bitmap * const  lhs , struct bitmap * const  rhs )		7602	int vgDrd_bm_has_races(struct bitmap * const  lhs , struct bitmap * const  rhs )
7527	{		7603	{
7528	struct bitmap2  const  *bm2l ;		7604	struct bitmap2  const  *bm2l ;
7529	struct bitmap2  const  *bm2r ;		7605	struct bitmap2  const  *bm2r ;
7530	struct bitmap1  const  *bm1l ;		7606	struct bitmap1  const  *bm1l ;
7531	struct bitmap1  const  *bm1r ;		7607	struct bitmap1  const  *bm1r ;
7532	unsigned int k ;		7608	unsigned int k ;
7533	void *tmp ;		7609	void *tmp ;
7534	void *tmp___0 ;		7610	void *tmp___0 ;
7535	void *tmp___1 ;		7611	void *tmp___1 ;
7536	void *tmp___2 ;		7612	void *tmp___2 ;
7537	unsigned int b ;		7613	unsigned int b ;
7538	UWord access_mask ;		7614	UWord access_mask ;
7539	UWord tmp___3 ;		7615	UWord tmp___3 ;
7540	int tmp___4 ;		7616	int tmp___4 ;
7541	UWord tmp___5 ;		7617	UWord tmp___5 ;
7542	UWord tmp___6 ;		7618	UWord tmp___6 ;
7543	int tmp___7 ;		7619	int tmp___7 ;
7544	UWord tmp___8 ;		7620	UWord tmp___8 ;
7545	UWord tmp___9 ;		7621	UWord tmp___9 ;
7546	int tmp___10 ;		7622	int tmp___10 ;
7547	UWord tmp___11 ;		7623	UWord tmp___11 ;
7548	UWord tmp___12 ;		7624	UWord tmp___12 ;
7549	int tmp___13 ;		7625	int tmp___13 ;
7550	UWord tmp___14 ;		7626	UWord tmp___14 ;
7551	Addr a ;		7627	Addr a ;
7552	Addr tmp___15 ;		7628	Addr tmp___15 ;
7553	Bool tmp___16 ;		7629	Bool tmp___16 ;
7554			7630
7555	{		7631	{
7556	vgPlain_OSetGen_ResetIter(lhs->oset);		7632	vgPlain_OSetGen_ResetIter(lhs->oset);
7557	vgPlain_OSetGen_ResetIter(rhs->oset);		7633	vgPlain_OSetGen_ResetIter(rhs->oset);
7558	while (1) {		7634	while (1) {
7559	tmp = vgPlain_OSetGen_Next(lhs->oset);		7635	tmp = vgPlain_OSetGen_Next(lhs->oset);
7560	bm2l = (struct bitmap2  const  *)tmp;		7636	bm2l = (struct bitmap2  const  *)tmp;
7561	tmp___0 = vgPlain_OSetGen_Next(rhs->oset);		7637	tmp___0 = vgPlain_OSetGen_Next(rhs->oset);
7562	bm2r = (struct bitmap2  const  *)tmp___0;		7638	bm2r = (struct bitmap2  const  *)tmp___0;
7563	while (1) {		7639	while (1) {
7564	if (bm2l) {		7640	if (bm2l) {
7565	if (bm2r) {		7641	if (bm2r) {
7566	if (bm2l->addr != bm2r->addr) {		7642	if (bm2l->addr != bm2r->addr) {
7567			7643
7568	} else {		7644	} else {
7569	break;		7645	break;
7570	}		7646	}
7571	} else {		7647	} else {
7572	break;		7648	break;
7573	}		7649	}
7574	} else {		7650	} else {
7575	break;		7651	break;
7576	}		7652	}
7577	if (bm2l->addr < bm2r->addr) {		7653	if (bm2l->addr < bm2r->addr) {
7578	tmp___1 = vgPlain_OSetGen_Next(lhs->oset);		7654	tmp___1 = vgPlain_OSetGen_Next(lhs->oset);
7579	bm2l = (struct bitmap2  const  *)tmp___1;		7655	bm2l = (struct bitmap2  const  *)tmp___1;
7580	} else {		7656	} else {
7581	tmp___2 = vgPlain_OSetGen_Next(rhs->oset);		7657	tmp___2 = vgPlain_OSetGen_Next(rhs->oset);
7582	bm2r = (struct bitmap2  const  *)tmp___2;		7658	bm2r = (struct bitmap2  const  *)tmp___2;
7583	}		7659	}
7584	}		7660	}
7585	if ((unsigned int )bm2l == (unsigned int )((struct bitmap2  const  *)0)) {		7661	if ((unsigned int )bm2l == (unsigned int )((struct bitmap2  const  *)0)) {
7586	break;		7662	break;
7587	} else		7663	} else
7588	if ((unsigned int )bm2r == (unsigned int )((struct bitmap2  const  *)0)) {		7664	if ((unsigned int )bm2r == (unsigned int )((struct bitmap2  const  *)0)) {
7589	break;		7665	break;
7590	} else {		7666	} else {
7591			7667
7592	}		7668	}
7593	bm1l = & bm2l->bm1;		7669	bm1l = & bm2l->bm1;
7594	bm1r = & bm2r->bm1;		7670	bm1r = & bm2r->bm1;
7595	k = 0U;		7671	k = 0U;
7596	while (k < 1U << 7) {		7672	while (k < 1U << 7) {
7597	b = 0U;		7673	b = 0U;
7598	while (b < 8U * sizeof(UWord )) {		7674	while (b < 8U * sizeof(UWord )) {
7599	tmp___5 = bm0_mask((UWord const   )b);		7675	tmp___5 = bm0_mask((UWord const   )b);
7600	if (bm1l->bm0_r[k] & tmp___5) {		7676	if (bm1l->bm0_r[k] & tmp___5) {
7601	tmp___4 = 1;		7677	tmp___4 = 1;
7602	} else {		7678	} else {
7603	tmp___4 = 0;		7679	tmp___4 = 0;
7604	}		7680	}
7605	tmp___8 = bm0_mask((UWord const   )b);		7681	tmp___8 = bm0_mask((UWord const   )b);
7606	if (bm1l->bm0_w[k] & tmp___8) {		7682	if (bm1l->bm0_w[k] & tmp___8) {
7607	tmp___7 = 1 << 1;		7683	tmp___7 = 1 << 1;
7608	} else {		7684	} else {
7609	tmp___7 = 0;		7685	tmp___7 = 0;
7610	}		7686	}
7611	tmp___11 = bm0_mask((UWord const   )b);		7687	tmp___11 = bm0_mask((UWord const   )b);
7612	if (bm1r->bm0_r[k] & tmp___11) {		7688	if (bm1r->bm0_r[k] & tmp___11) {
7613	tmp___10 = 1 << 2;		7689	tmp___10 = 1 << 2;
7614	} else {		7690	} else {
7615	tmp___10 = 0;		7691	tmp___10 = 0;
7616	}		7692	}
7617	tmp___14 = bm0_mask((UWord const   )b);		7693	tmp___14 = bm0_mask((UWord const   )b);
7618	if (bm1r->bm0_w[k] & tmp___14) {		7694	if (bm1r->bm0_w[k] & tmp___14) {
7619	tmp___13 = 1 << 3;		7695	tmp___13 = 1 << 3;
7620	} else {		7696	} else {
7621	tmp___13 = 0;		7697	tmp___13 = 0;
7622	}		7698	}
7623	access_mask = (UWord )(((tmp___4 | tmp___7) | tmp___10) | tmp___13);		7699	access_mask = (UWord )(((tmp___4 | tmp___7) | tmp___10) | tmp___13);
7624	tmp___15 = make_address(bm2l->addr,		7700	tmp___15 = make_address(bm2l->addr,
7625	(UWord const   )(k * (8U * sizeof(UWord )) | b));		7701	(UWord const   )(k * (8U * sizeof(UWord )) | b));
7626	a = tmp___15;		7702	a = tmp___15;
7627	if (access_mask & (unsigned long )(1 << 3)) {		7703	if (access_mask & (unsigned long )(1 << 3)) {
7628	if (access_mask & (unsigned long )(1 | (1 << 1))) {		7704	if (access_mask & (unsigned long )(1 | (1 << 1))) {
7629	goto _L;		7705	goto _L;
7630	} else {		7706	} else {
7631	goto _L___0;		7707	goto _L___0;
7632	}		7708	}
7633	} else		7709	} else
7634	_L___0: /* CIL Label */		7710	_L___0: /* CIL Label */
7635	if (access_mask & (unsigned long )(1 << 1)) {		7711	if (access_mask & (unsigned long )(1 << 1)) {
7636	if (access_mask & (unsigned long )((1 << 2) | (1 << 3))) {		7712	if (access_mask & (unsigned long )((1 << 2) | (1 << 3))) {
7637	_L: /* CIL Label */		7713	_L: /* CIL Label */
7638	tmp___16 = vgDrd_is_suppressed((Addr const   )a,		7714	tmp___16 = vgDrd_is_suppressed((Addr const   )a,
7639	(Addr const   )(a + 1UL));		7715	(Addr const   )(a + 1UL));
7640	if (tmp___16) {		7716	if (tmp___16) {
7641			7717
7642	} else {		7718	} else {
7643	return (1);		7719	return (1);
7644	}		7720	}
7645	} else {		7721	} else {
7646			7722
7647	}		7723	}
7648	} else {		7724	} else {
7649			7725
7650	}		7726	}
7651	b ++;		7727	b ++;
7652	}		7728	}
7653	k ++;		7729	k ++;
7654	}		7730	}
7655	}		7731	}
7656	return (0);		7732	return (0);
7657	}		7733	}
7658	}		7734	}
7659	void vgDrd_bm_print(struct bitmap * const  bm )		7735	void vgDrd_bm_print(struct bitmap * const  bm )
7660	{		7736	{
7661	struct bitmap2 *bm2 ;		7737	struct bitmap2 *bm2 ;
7662	void *tmp ;		7738	void *tmp ;
7663			7739
7664	{		7740	{
7665	vgPlain_OSetGen_ResetIter(bm->oset);		7741	vgPlain_OSetGen_ResetIter(bm->oset);
7666	while (1) {		7742	while (1) {
7667	tmp = vgPlain_OSetGen_Next(bm->oset);		7743	tmp = vgPlain_OSetGen_Next(bm->oset);
7668	bm2 = (struct bitmap2 *)tmp;		7744	bm2 = (struct bitmap2 *)tmp;
7669	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {		7745	if ((unsigned int )bm2 != (unsigned int )((struct bitmap2 *)0)) {
7670			7746
7671	} else {		7747	} else {
7672	break;		7748	break;
7673	}		7749	}
7674	bm2_print((struct bitmap2  const  */* const  */)bm2);		7750	bm2_print((struct bitmap2  const  */* const  */)bm2);
7675	}		7751	}
7676	return;		7752	return;
7677	}		7753	}
7678	}		7754	}
7679	static void bm2_print(struct bitmap2  const  * const  bm2 )		7755	static void bm2_print(struct bitmap2  const  * const  bm2 )
7680	{		7756	{
7681	struct bitmap1  const  *bm1 ;		7757	struct bitmap1  const  *bm1 ;
7682	Addr a ;		7758	Addr a ;
7683	long tmp ;		7759	long tmp ;
7684	Bool r ;		7760	Bool r ;
7685	UWord tmp___0 ;		7761	UWord tmp___0 ;
7686	UWord tmp___1 ;		7762	UWord tmp___1 ;
7687	Bool w ;		7763	Bool w ;
7688	UWord tmp___2 ;		7764	UWord tmp___2 ;
7689	UWord tmp___3 ;		7765	UWord tmp___3 ;
7690	int tmp___4 ;		7766	int tmp___4 ;
7691	int tmp___5 ;		7767	int tmp___5 ;
7692	Addr tmp___6 ;		7768	Addr tmp___6 ;
7693			7769
7694	{		7770	{
7695	tmp = __builtin_expect((long )(! (! bm2)), 1L);		7771	tmp = __builtin_expect((long )(! (! bm2)), 1L);
7696	if (tmp) {		7772	if (tmp) {
7697			7773
7698	} else {		7774	} else {
7699	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2",		7775	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2",
7700	(Char const   *)"drd_bitmap.c", 1228,		7776	(Char const   *)"drd_bitmap.c", 1228,
7701	(Char const   *)"bm2_print", "");		7777	(Char const   *)"bm2_print", "");
7702	}		7778	}
7703	bm1 = & bm2->bm1;		7779	bm1 = & bm2->bm1;
7704	a = make_address(bm2->addr, (UWord const   )0);		7780	a = make_address(bm2->addr, (UWord const   )0);
7705	while (1) {		7781	while (1) {
7706	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);		7782	tmp___6 = make_address(bm2->addr + 1UL, (UWord const   )0);
7707	if (a <= tmp___6 - 1UL) {		7783	if (a <= tmp___6 - 1UL) {
7708			7784
7709	} else {		7785	} else {
7710	break;		7786	break;
7711	}		7787	}
7712	tmp___0 = address_lsb((Addr const   )a);		7788	tmp___0 = address_lsb((Addr const   )a);
7713	tmp___1 = bm0_is_set((UWord const   *)(bm1->bm0_r), (UWord const   )tmp___0);		7789	tmp___1 = bm0_is_set((UWord const   *)(bm1->bm0_r), (UWord const   )tmp___0);
7714	r = (Bool )(tmp___1 != 0UL);		7790	r = (Bool )(tmp___1 != 0UL);
7715	tmp___2 = address_lsb((Addr const   )a);		7791	tmp___2 = address_lsb((Addr const   )a);
7716	tmp___3 = bm0_is_set((UWord const   *)(bm1->bm0_w), (UWord const   )tmp___2);		7792	tmp___3 = bm0_is_set((UWord const   *)(bm1->bm0_w), (UWord const   )tmp___2);
7717	w = (Bool )(tmp___3 != 0UL);		7793	w = (Bool )(tmp___3 != 0UL);
7718	if (r) {		7794	if (r) {
7719	goto _L;		7795	goto _L;
7720	} else		7796	} else
7721	if (w) {		7797	if (w) {
7722	_L: /* CIL Label */		7798	_L: /* CIL Label */
7723	if (r) {		7799	if (r) {
7724	tmp___4 = 'R';		7800	tmp___4 = 'R';
7725	} else {		7801	} else {
7726	tmp___4 = ' ';		7802	tmp___4 = ' ';
7727	}		7803	}
7728	if (w) {		7804	if (w) {
7729	tmp___5 = 'W';		7805	tmp___5 = 'W';
7730	} else {		7806	} else {
7731	tmp___5 = ' ';		7807	tmp___5 = ' ';
7732	}		7808	}
7733	vgPlain_printf("0x%08lx %c %c\n", a, tmp___5, tmp___4);		7809	vgPlain_printf("0x%08lx %c %c\n", a, tmp___5, tmp___4);
7734	} else {		7810	} else {
7735			7811
7736	}		7812	}
7737	a ++;		7813	a ++;
7738	}		7814	}
7739	return;		7815	return;
7740	}		7816	}
7741	}		7817	}
7742	ULong vgDrd_bm_get_bitmap_creation_count(void)		7818	ULong vgDrd_bm_get_bitmap_creation_count(void)
7743	{		7819	{
7744			7820
7745			7821
7746	{		7822	{
7747	return (s_bitmap_creation_count);		7823	return (s_bitmap_creation_count);
7748	}		7824	}
7749	}		7825	}
7750	ULong vgDrd_bm_get_bitmap2_creation_count(void)		7826	ULong vgDrd_bm_get_bitmap2_creation_count(void)
7751	{		7827	{
7752			7828
7753			7829
7754	{		7830	{
7755	return (s_bitmap2_creation_count);		7831	return (s_bitmap2_creation_count);
7756	}		7832	}
7757	}		7833	}
7758	ULong vgDrd_bm_get_bitmap2_merge_count(void)		7834	ULong vgDrd_bm_get_bitmap2_merge_count(void)
7759	{		7835	{
7760			7836
7761			7837
7762	{		7838	{
7763	return (s_bitmap2_merge_count);		7839	return (s_bitmap2_merge_count);
7764	}		7840	}
7765	}		7841	}
7766	static void bm2_merge(struct bitmap2 * const  bm2l ,		7842	static void bm2_merge(struct bitmap2 * const  bm2l ,
7767	struct bitmap2  const  * const  bm2r )		7843	struct bitmap2  const  * const  bm2r )
7768	{		7844	{
7769	unsigned int k ;		7845	unsigned int k ;
7770	long tmp ;		7846	long tmp ;
7771	long tmp___0 ;		7847	long tmp___0 ;
7772	long tmp___1 ;		7848	long tmp___1 ;
7773			7849
7774	{		7850	{
7775	tmp = __builtin_expect((long )(! (! bm2l)), 1L);		7851	tmp = __builtin_expect((long )(! (! bm2l)), 1L);
7776	if (tmp) {		7852	if (tmp) {
7777			7853
7778	} else {		7854	} else {
7779	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l",		7855	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l",
7780	(Char const   *)"drd_bitmap.c", 1268,		7856	(Char const   *)"drd_bitmap.c", 1268,
7781	(Char const   *)"bm2_merge", "");		7857	(Char const   *)"bm2_merge", "");
7782	}		7858	}
7783	tmp___0 = __builtin_expect((long )(! (! bm2r)), 1L);		7859	tmp___0 = __builtin_expect((long )(! (! bm2r)), 1L);
7784	if (tmp___0) {		7860	if (tmp___0) {
7785			7861
7786	} else {		7862	} else {
7787	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2r",		7863	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2r",
7788	(Char const   *)"drd_bitmap.c", 1269,		7864	(Char const   *)"drd_bitmap.c", 1269,
7789	(Char const   *)"bm2_merge", "");		7865	(Char const   *)"bm2_merge", "");
7790	}		7866	}
7791	tmp___1 = __builtin_expect((long )(! (! (bm2l->addr == (Addr )bm2r->addr))),		7867	tmp___1 = __builtin_expect((long )(! (! (bm2l->addr == (Addr )bm2r->addr))),
7792	1L);		7868	1L);
7793	if (tmp___1) {		7869	if (tmp___1) {
7794			7870
7795	} else {		7871	} else {
7796	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l->addr == bm2r->addr",		7872	vgPlain_assert_fail((Bool )0, (Char const   *)"bm2l->addr == bm2r->addr",
7797	(Char const   *)"drd_bitmap.c", 1270,		7873	(Char const   *)"drd_bitmap.c", 1270,
7798	(Char const   *)"bm2_merge", "");		7874	(Char const   *)"bm2_merge", "");
7799	}		7875	}
7800	s_bitmap2_merge_count ++;		7876	s_bitmap2_merge_count ++;
7801	k = 0U;		7877	k = 0U;
7802	while (k < 1U << 7) {		7878	while (k < 1U << 7) {
7803	bm2l->bm1.bm0_r[k] |= bm2r->bm1.bm0_r[k];		7879	bm2l->bm1.bm0_r[k] |= bm2r->bm1.bm0_r[k];
7804	k ++;		7880	k ++;
7805	}		7881	}
7806	k = 0U;		7882	k = 0U;
7807	while (k < 1U << 7) {		7883	while (k < 1U << 7) {
7808	bm2l->bm1.bm0_w[k] |= bm2r->bm1.bm0_w[k];		7884	bm2l->bm1.bm0_w[k] |= bm2r->bm1.bm0_w[k];
7809	k ++;		7885	k ++;
7810	}		7886	}
7811	return;		7887	return;
7812	}		7888	}
7813	}		7889	}
7814	extern void ppIRType(IRType  ) ;		7890	extern void ppIRType(IRType  ) ;
7815	extern Int sizeofIRType(IRType  ) ;		7891	extern Int sizeofIRType(IRType  ) ;
7816	extern IRConst *IRConst_U1(Bool  ) ;		7892	extern IRConst *IRConst_U1(Bool  ) ;
7817	extern IRConst *IRConst_U8(UChar  ) ;		7893	extern IRConst *IRConst_U8(UChar  ) ;
7818	extern IRConst *IRConst_U16(UShort  ) ;		7894	extern IRConst *IRConst_U16(UShort  ) ;
7819	extern IRConst *IRConst_U32(UInt  ) ;		7895	extern IRConst *IRConst_U32(UInt  ) ;
7820	extern IRConst *IRConst_U64(ULong  ) ;		7896	extern IRConst *IRConst_U64(ULong  ) ;
7821	extern IRConst *IRConst_F32(Float  ) ;		7897	extern IRConst *IRConst_F32(Float  ) ;
7822	extern IRConst *IRConst_F32i(UInt  ) ;		7898	extern IRConst *IRConst_F32i(UInt  ) ;
7823	extern IRConst *IRConst_F64(Double  ) ;		7899	extern IRConst *IRConst_F64(Double  ) ;
7824	extern IRConst *IRConst_F64i(ULong  ) ;		7900	extern IRConst *IRConst_F64i(ULong  ) ;
7825	extern IRConst *IRConst_V128(UShort  ) ;		7901	extern IRConst *IRConst_V128(UShort  ) ;
7826	extern IRConst *deepCopyIRConst(IRConst * ) ;		7902	extern IRConst *deepCopyIRConst(IRConst * ) ;
7827	extern void ppIRConst(IRConst * ) ;		7903	extern void ppIRConst(IRConst * ) ;
7828	extern Bool eqIRConst(IRConst * , IRConst * ) ;		7904	extern Bool eqIRConst(IRConst * , IRConst * ) ;
7829	extern IRCallee *mkIRCallee(Int regparms , HChar *name , void *addr ) ;		7905	extern IRCallee *mkIRCallee(Int regparms , HChar *name , void *addr ) ;
7830	extern IRCallee *deepCopyIRCallee(IRCallee * ) ;		7906	extern IRCallee *deepCopyIRCallee(IRCallee * ) ;
7831	extern void ppIRCallee(IRCallee * ) ;		7907	extern void ppIRCallee(IRCallee * ) ;
7832	extern IRRegArray *mkIRRegArray(Int  , IRType  , Int  ) ;		7908	extern IRRegArray *mkIRRegArray(Int  , IRType  , Int  ) ;
7833	extern IRRegArray *deepCopyIRRegArray(IRRegArray * ) ;		7909	extern IRRegArray *deepCopyIRRegArray(IRRegArray * ) ;
7834	extern void ppIRRegArray(IRRegArray * ) ;		7910	extern void ppIRRegArray(IRRegArray * ) ;
7835	extern Bool eqIRRegArray(IRRegArray * , IRRegArray * ) ;		7911	extern Bool eqIRRegArray(IRRegArray * , IRRegArray * ) ;
7836	extern void ppIRTemp(IRTemp  ) ;		7912	extern void ppIRTemp(IRTemp  ) ;
7837	extern void ppIROp(IROp  ) ;		7913	extern void ppIROp(IROp  ) ;
7838	extern IRExpr *IRExpr_Binder(Int binder ) ;		7914	extern IRExpr *IRExpr_Binder(Int binder ) ;
7839	extern IRExpr *IRExpr_Get(Int off , IRType ty ) ;		7915	extern IRExpr *IRExpr_Get(Int off , IRType ty ) ;
7840	extern IRExpr *IRExpr_GetI(IRRegArray *descr , IRExpr *ix , Int bias ) ;		7916	extern IRExpr *IRExpr_GetI(IRRegArray *descr , IRExpr *ix , Int bias ) ;
7841	extern IRExpr *IRExpr_RdTmp(IRTemp tmp ) ;		7917	extern IRExpr *IRExpr_RdTmp(IRTemp tmp ) ;
7842	extern IRExpr *IRExpr_Qop(IROp op , IRExpr *arg1 , IRExpr *arg2 , IRExpr *arg3 ,		7918	extern IRExpr *IRExpr_Qop(IROp op , IRExpr *arg1 , IRExpr *arg2 , IRExpr *arg3 ,
7843	IRExpr *arg4 ) ;		7919	IRExpr *arg4 ) ;
7844	extern IRExpr *IRExpr_Triop(IROp op , IRExpr *arg1 , IRExpr *arg2 ,		7920	extern IRExpr *IRExpr_Triop(IROp op , IRExpr *arg1 , IRExpr *arg2 ,
7845	IRExpr *arg3 ) ;		7921	IRExpr *arg3 ) ;
7846	extern IRExpr *IRExpr_Binop(IROp op , IRExpr *arg1 , IRExpr *arg2 ) ;		7922	extern IRExpr *IRExpr_Binop(IROp op , IRExpr *arg1 , IRExpr *arg2 ) ;
7847	extern IRExpr *IRExpr_Unop(IROp op , IRExpr *arg ) ;		7923	extern IRExpr *IRExpr_Unop(IROp op , IRExpr *arg ) ;
7848	extern IRExpr *IRExpr_Load(IREndness end , IRType ty , IRExpr *addr ) ;		7924	extern IRExpr *IRExpr_Load(IREndness end , IRType ty , IRExpr *addr ) ;
7849	extern IRExpr *IRExpr_Const(IRConst *con ) ;		7925	extern IRExpr *IRExpr_Const(IRConst *con ) ;
7850	extern IRExpr *IRExpr_CCall(IRCallee *cee , IRType retty , IRExpr **args ) ;		7926	extern IRExpr *IRExpr_CCall(IRCallee *cee , IRType retty , IRExpr **args ) ;
7851	extern IRExpr *IRExpr_Mux0X(IRExpr *cond , IRExpr *expr0 , IRExpr *exprX ) ;		7927	extern IRExpr *IRExpr_Mux0X(IRExpr *cond , IRExpr *expr0 , IRExpr *exprX ) ;
7852	extern IRExpr *deepCopyIRExpr(IRExpr * ) ;		7928	extern IRExpr *deepCopyIRExpr(IRExpr * ) ;
7853	extern void ppIRExpr(IRExpr * ) ;		7929	extern void ppIRExpr(IRExpr * ) ;
7854	extern IRExpr **mkIRExprVec_0(void) ;		7930	extern IRExpr **mkIRExprVec_0(void) ;
7855	extern IRExpr **mkIRExprVec_1(IRExpr * ) ;		7931	extern IRExpr **mkIRExprVec_1(IRExpr * ) ;
7856	extern IRExpr **mkIRExprVec_2(IRExpr * , IRExpr * ) ;		7932	extern IRExpr **mkIRExprVec_2(IRExpr * , IRExpr * ) ;
7857	extern IRExpr **mkIRExprVec_3(IRExpr * , IRExpr * , IRExpr * ) ;		7933	extern IRExpr **mkIRExprVec_3(IRExpr * , IRExpr * , IRExpr * ) ;
7858	extern IRExpr **mkIRExprVec_4(IRExpr * , IRExpr * , IRExpr * , IRExpr * ) ;		7934	extern IRExpr **mkIRExprVec_4(IRExpr * , IRExpr * , IRExpr * , IRExpr * ) ;
7859	extern IRExpr **mkIRExprVec_5(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,		7935	extern IRExpr **mkIRExprVec_5(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,
7860	IRExpr * ) ;		7936	IRExpr * ) ;
7861	extern IRExpr **mkIRExprVec_6(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,		7937	extern IRExpr **mkIRExprVec_6(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,
7862	IRExpr * , IRExpr * ) ;		7938	IRExpr * , IRExpr * ) ;
7863	extern IRExpr **mkIRExprVec_7(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,		7939	extern IRExpr **mkIRExprVec_7(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,
7864	IRExpr * , IRExpr * , IRExpr * ) ;		7940	IRExpr * , IRExpr * , IRExpr * ) ;
7865	extern IRExpr **mkIRExprVec_8(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,		7941	extern IRExpr **mkIRExprVec_8(IRExpr * , IRExpr * , IRExpr * , IRExpr * ,
7866	IRExpr * , IRExpr * , IRExpr * , IRExpr * ) ;		7942	IRExpr * , IRExpr * , IRExpr * , IRExpr * ) ;
7867	extern IRExpr **shallowCopyIRExprVec(IRExpr ** ) ;		7943	extern IRExpr **shallowCopyIRExprVec(IRExpr ** ) ;
7868	extern IRExpr **deepCopyIRExprVec(IRExpr ** ) ;		7944	extern IRExpr **deepCopyIRExprVec(IRExpr ** ) ;
7869	extern IRExpr *mkIRExpr_HWord(HWord  ) ;		7945	extern IRExpr *mkIRExpr_HWord(HWord  ) ;
7870	extern IRExpr *mkIRExprCCall(IRType retty , Int regparms , HChar *name ,		7946	extern IRExpr *mkIRExprCCall(IRType retty , Int regparms , HChar *name ,
7871	void *addr , IRExpr **args ) ;		7947	void *addr , IRExpr **args ) ;
7872	__inline static Bool isIRAtom(IRExpr *e )		7948	__inline static Bool isIRAtom(IRExpr *e )
7873	{		7949	{
7874	int tmp ;		7950	int tmp ;
7875	Bool tmp___0 ;		7951	Bool tmp___0 ;
7876			7952
7877	{		7953	{
7878	if ((unsigned int )e->tag == 86019U) {		7954	if ((unsigned int )e->tag == 86019U) {
7879	tmp = 1;		7955	tmp = 1;
7880	} else		7956	} else
7881	if ((unsigned int )e->tag == 86025U) {		7957	if ((unsigned int )e->tag == 86025U) {
7882	tmp = 1;		7958	tmp = 1;
7883	} else {		7959	} else {
7884	tmp = 0;		7960	tmp = 0;
7885	}		7961	}
7886	tmp___0 = toBool(tmp);		7962	tmp___0 = toBool(tmp);
7887	return (tmp___0);		7963	return (tmp___0);
7888	}		7964	}
7889	}		7965	}
7890	extern Bool eqIRAtom(IRExpr * , IRExpr * ) ;		7966	extern Bool eqIRAtom(IRExpr * , IRExpr * ) ;
7891	extern void ppIRJumpKind(IRJumpKind  ) ;		7967	extern void ppIRJumpKind(IRJumpKind  ) ;
7892	extern void ppIREffect(IREffect  ) ;		7968	extern void ppIREffect(IREffect  ) ;
7893	extern void ppIRDirty(IRDirty * ) ;		7969	extern void ppIRDirty(IRDirty * ) ;
7894	extern IRDirty *emptyIRDirty(void) ;		7970	extern IRDirty *emptyIRDirty(void) ;
7895	extern IRDirty *deepCopyIRDirty(IRDirty * ) ;		7971	extern IRDirty *deepCopyIRDirty(IRDirty * ) ;
7896	extern IRDirty *unsafeIRDirty_0_N(Int regparms , HChar *name , void *addr ,		7972	extern IRDirty *unsafeIRDirty_0_N(Int regparms , HChar *name , void *addr ,
7897	IRExpr **args ) ;		7973	IRExpr **args ) ;
7898	extern IRDirty *unsafeIRDirty_1_N(IRTemp dst , Int regparms , HChar *name ,		7974	extern IRDirty *unsafeIRDirty_1_N(IRTemp dst , Int regparms , HChar *name ,
7899	void *addr , IRExpr **args ) ;		7975	void *addr , IRExpr **args ) ;
7900	extern void ppIRMBusEvent(IRMBusEvent  ) ;		7976	extern void ppIRMBusEvent(IRMBusEvent  ) ;
7901	extern void ppIRCAS(IRCAS *cas ) ;		7977	extern void ppIRCAS(IRCAS *cas ) ;
7902	extern IRCAS *mkIRCAS(IRTemp oldHi , IRTemp oldLo , IREndness end ,		7978	extern IRCAS *mkIRCAS(IRTemp oldHi , IRTemp oldLo , IREndness end ,
7903	IRExpr *addr , IRExpr *expdHi , IRExpr *expdLo ,		7979	IRExpr *addr , IRExpr *expdHi , IRExpr *expdLo ,
7904	IRExpr *dataHi , IRExpr *dataLo ) ;		7980	IRExpr *dataHi , IRExpr *dataLo ) ;
7905	extern IRCAS *deepCopyIRCAS(IRCAS * ) ;		7981	extern IRCAS *deepCopyIRCAS(IRCAS * ) ;
7906	extern IRStmt *IRStmt_NoOp(void) ;		7982	extern IRStmt *IRStmt_NoOp(void) ;
7907	extern IRStmt *IRStmt_IMark(Addr64 addr , Int len , UChar delta ) ;		7983	extern IRStmt *IRStmt_IMark(Addr64 addr , Int len , UChar delta ) ;
7908	extern IRStmt *IRStmt_AbiHint(IRExpr *base , Int len , IRExpr *nia ) ;		7984	extern IRStmt *IRStmt_AbiHint(IRExpr *base , Int len , IRExpr *nia ) ;
7909	extern IRStmt *IRStmt_Put(Int off , IRExpr *data ) ;		7985	extern IRStmt *IRStmt_Put(Int off , IRExpr *data ) ;
7910	extern IRStmt *IRStmt_PutI(IRRegArray *descr , IRExpr *ix , Int bias ,		7986	extern IRStmt *IRStmt_PutI(IRRegArray *descr , IRExpr *ix , Int bias ,
7911	IRExpr *data ) ;		7987	IRExpr *data ) ;
7912	extern IRStmt *IRStmt_WrTmp(IRTemp tmp , IRExpr *data ) ;		7988	extern IRStmt *IRStmt_WrTmp(IRTemp tmp , IRExpr *data ) ;
7913	extern IRStmt *IRStmt_Store(IREndness end , IRExpr *addr , IRExpr *data ) ;		7989	extern IRStmt *IRStmt_Store(IREndness end , IRExpr *addr , IRExpr *data ) ;
7914	extern IRStmt *IRStmt_CAS(IRCAS *details ) ;		7990	extern IRStmt *IRStmt_CAS(IRCAS *details ) ;
7915	extern IRStmt *IRStmt_LLSC(IREndness end , IRTemp result , IRExpr *addr ,		7991	extern IRStmt *IRStmt_LLSC(IREndness end , IRTemp result , IRExpr *addr ,
7916	IRExpr *storedata ) ;		7992	IRExpr *storedata ) ;
7917	extern IRStmt *IRStmt_Dirty(IRDirty *details ) ;		7993	extern IRStmt *IRStmt_Dirty(IRDirty *details ) ;
7918	extern IRStmt *IRStmt_MBE(IRMBusEvent event ) ;		7994	extern IRStmt *IRStmt_MBE(IRMBusEvent event ) ;
7919	extern IRStmt *IRStmt_Exit(IRExpr *guard , IRJumpKind jk , IRConst *dst ) ;		7995	extern IRStmt *IRStmt_Exit(IRExpr *guard , IRJumpKind jk , IRConst *dst ) ;
7920	extern IRStmt *deepCopyIRStmt(IRStmt * ) ;		7996	extern IRStmt *deepCopyIRStmt(IRStmt * ) ;
7921	extern void ppIRStmt(IRStmt * ) ;		7997	extern void ppIRStmt(IRStmt * ) ;
7922	extern IRTemp newIRTemp(IRTypeEnv * , IRType  ) ;		7998	extern IRTemp newIRTemp(IRTypeEnv * , IRType  ) ;
7923	extern IRTypeEnv *deepCopyIRTypeEnv(IRTypeEnv * ) ;		7999	extern IRTypeEnv *deepCopyIRTypeEnv(IRTypeEnv * ) ;
7924	extern void ppIRTypeEnv(IRTypeEnv * ) ;		8000	extern void ppIRTypeEnv(IRTypeEnv * ) ;
7925	extern IRSB *emptyIRSB(void) ;		8001	extern IRSB *emptyIRSB(void) ;
7926	extern IRSB *deepCopyIRSB(IRSB * ) ;		8002	extern IRSB *deepCopyIRSB(IRSB * ) ;
7927	extern IRSB *deepCopyIRSBExceptStmts(IRSB * ) ;		8003	extern IRSB *deepCopyIRSBExceptStmts(IRSB * ) ;
7928	extern void ppIRSB(IRSB * ) ;		8004	extern void ppIRSB(IRSB * ) ;
7929	extern void addStmtToIRSB(IRSB * , IRStmt * ) ;		8005	extern void addStmtToIRSB(IRSB * , IRStmt * ) ;
7930	extern IRTypeEnv *emptyIRTypeEnv(void) ;		8006	extern IRTypeEnv *emptyIRTypeEnv(void) ;
7931	extern IRType typeOfIRConst(IRConst * ) ;		8007	extern IRType typeOfIRConst(IRConst * ) ;
7932	extern IRType typeOfIRTemp(IRTypeEnv * , IRTemp  ) ;		8008	extern IRType typeOfIRTemp(IRTypeEnv * , IRTemp  ) ;
7933	extern IRType typeOfIRExpr(IRTypeEnv * , IRExpr * ) ;		8009	extern IRType typeOfIRExpr(IRTypeEnv * , IRExpr * ) ;
7934	extern void sanityCheckIRSB(IRSB *bb , HChar *caller , Bool require_flatness ,		8010	extern void sanityCheckIRSB(IRSB *bb , HChar *caller , Bool require_flatness ,
7935	IRType guest_word_size ) ;		8011	IRType guest_word_size ) ;
7936	extern Bool isFlatIRStmt(IRStmt * ) ;		8012	extern Bool isFlatIRStmt(IRStmt * ) ;
7937	extern Bool isPlausibleIRType(IRType ty ) ;		8013	extern Bool isPlausibleIRType(IRType ty ) ;
7938	extern HChar const   *LibVEX_ppVexArch(VexArch  ) ;		8014	extern HChar const   *LibVEX_ppVexArch(VexArch  ) ;
7939	extern HChar const   *LibVEX_ppVexHwCaps(VexArch  , UInt  ) ;		8015	extern HChar const   *LibVEX_ppVexHwCaps(VexArch  , UInt  ) ;
7940	extern void LibVEX_default_VexArchInfo(VexArchInfo *vai ) ;		8016	extern void LibVEX_default_VexArchInfo(VexArchInfo *vai ) ;
7941	extern void LibVEX_default_VexAbiInfo(VexAbiInfo *vbi ) ;		8017	extern void LibVEX_default_VexAbiInfo(VexAbiInfo *vbi ) ;
7942	extern void LibVEX_default_VexControl(VexControl *vcon ) ;		8018	extern void LibVEX_default_VexControl(VexControl *vcon ) ;
7943	extern HChar *private_LibVEX_alloc_first ;		8019	extern HChar *private_LibVEX_alloc_first ;
7944	extern HChar *private_LibVEX_alloc_curr ;		8020	extern HChar *private_LibVEX_alloc_curr ;
7945	extern HChar *private_LibVEX_alloc_last ;		8021	extern HChar *private_LibVEX_alloc_last ;
7946	extern  __attribute__((__noreturn__)) void private_LibVEX_alloc_OOM(void) ;		8022	extern  __attribute__((__noreturn__)) void private_LibVEX_alloc_OOM(void) ;
7947	__inline static void *LibVEX_Alloc(Int nbytes )		8023	__inline static void *LibVEX_Alloc(Int nbytes )
7948	{		8024	{
7949	HChar *curr ;		8025	HChar *curr ;
7950	HChar *next ;		8026	HChar *next ;
7951	Int ALIGN ;		8027	Int ALIGN ;
7952			8028
7953	{		8029	{
7954	ALIGN = (Int )((HWord )(& ((struct align *)0)->x)) - 1;		8030	ALIGN = (Int )((HWord )(& ((struct align *)0)->x)) - 1;
7955	nbytes = (nbytes + ALIGN) & ~ ALIGN;		8031	nbytes = (nbytes + ALIGN) & ~ ALIGN;
7956	curr = private_LibVEX_alloc_curr;		8032	curr = private_LibVEX_alloc_curr;
7957	next = curr + nbytes;		8033	next = curr + nbytes;
7958	if ((unsigned int )next >= (unsigned int )private_LibVEX_alloc_last) {		8034	if ((unsigned int )next >= (unsigned int )private_LibVEX_alloc_last) {
7959	private_LibVEX_alloc_OOM();		8035	private_LibVEX_alloc_OOM();
7960	} else {		8036	} else {
7961			8037
7962	}		8038	}
7963	private_LibVEX_alloc_curr = next;		8039	private_LibVEX_alloc_curr = next;
7964	return ((void *)curr);		8040	return ((void *)curr);
7965	}		8041	}
7966	}		8042	}
7967	extern void LibVEX_ShowAllocStats(void) ;		8043	extern void LibVEX_ShowAllocStats(void) ;
7968	extern void LibVEX_Init( __attribute__((__noreturn__)) void (*failure_exit)(void) ,		8044	extern void LibVEX_Init( __attribute__((__noreturn__)) void (*failure_exit)(void) ,
7969	void (*log_bytes)(HChar * , Int nbytes ) ,		8045	void (*log_bytes)(HChar * , Int nbytes ) ,
7970	Int debuglevel , Bool valgrind_support ,		8046	Int debuglevel , Bool valgrind_support ,
7971	VexControl *vcon ) ;		8047	VexControl *vcon ) ;
7972	extern VexTranslateResult LibVEX_Translate(VexTranslateArgs * ) ;		8048	extern VexTranslateResult LibVEX_Translate(VexTranslateArgs * ) ;
7973	extern void LibVEX_ShowStats(void) ;		8049	extern void LibVEX_ShowStats(void) ;
7974	extern void (*vgPlain_tl_pre_clo_init)(void) ;		8050	extern void (*vgPlain_tl_pre_clo_init)(void) ;
7975	extern void vgPlain_basic_tool_funcs(void (*post_clo_init)(void) ,		8051	extern void vgPlain_basic_tool_funcs(void (*post_clo_init)(void) ,
7976	IRSB *(*instrument)(VgCallbackClosure *closure ,		8052	IRSB *(*instrument)(VgCallbackClosure *closure ,
7977	IRSB *sb_in ,		8053	IRSB *sb_in ,
7978	VexGuestLayout *layout ,		8054	VexGuestLayout *layout ,
7979	VexGuestExtents *vge ,		8055	VexGuestExtents *vge ,
7980	IRType gWordTy ,		8056	IRType gWordTy ,
7981	IRType hWordTy ) ,		8057	IRType hWordTy ) ,
7982	void (*fini)(Int  ) ) ;		8058	void (*fini)(Int  ) ) ;
7983	extern void vgPlain_details_name(Char *name ) ;		8059	extern void vgPlain_details_name(Char *name ) ;
7984	extern void vgPlain_details_version(Char *version ) ;		8060	extern void vgPlain_details_version(Char *version ) ;
7985	extern void vgPlain_details_description(Char *description ) ;		8061	extern void vgPlain_details_description(Char *description ) ;
7986	extern void vgPlain_details_copyright_author(Char *copyright_author ) ;		8062	extern void vgPlain_details_copyright_author(Char *copyright_author ) ;
7987	extern void vgPlain_details_avg_translation_sizeB(UInt size ) ;		8063	extern void vgPlain_details_avg_translation_sizeB(UInt size ) ;
7988	extern void vgPlain_details_bug_reports_to(Char *bug_reports_to ) ;		8064	extern void vgPlain_details_bug_reports_to(Char *bug_reports_to ) ;
7989	extern void vgPlain_needs_libc_freeres(void) ;		8065	extern void vgPlain_needs_libc_freeres(void) ;
7990	extern void vgPlain_needs_core_errors(void) ;		8066	extern void vgPlain_needs_core_errors(void) ;
7991	extern void vgPlain_needs_tool_errors(Bool (*eq_Error)(VgRes res , Error *e1 ,		8067	extern void vgPlain_needs_tool_errors(Bool (*eq_Error)(VgRes res , Error *e1 ,
7992	Error *e2 ) ,		8068	Error *e2 ) ,
7993	void (*before_pp_Error)(Error *err ) ,		8069	void (*before_pp_Error)(Error *err ) ,
7994	void (*pp_Error)(Error *err ) ,		8070	void (*pp_Error)(Error *err ) ,
7995	Bool show_ThreadIDs_for_errors ,		8071	Bool show_ThreadIDs_for_errors ,
7996	UInt (*update_extra)(Error *err ) ,		8072	UInt (*update_extra)(Error *err ) ,
7997	Bool (*recognised_suppression)(Char *name ,		8073	Bool (*recognised_suppression)(Char *name ,
7998	Supp *su ) ,		8074	Supp *su ) ,
7999	Bool (*read_extra_suppression_info)(Int fd ,		8075	Bool (*read_extra_suppression_info)(Int fd ,
8000	Char **bufpp ,		8076	Char **bufpp ,
8001	SizeT *nBufp ,		8077	SizeT *nBufp ,
8002	Supp *su ) ,		8078	Supp *su ) ,
8003	Bool (*error_matches_suppression)(Error *err ,		8079	Bool (*error_matches_suppression)(Error *err ,
8004	Supp *su ) ,		8080	Supp *su ) ,
8005	Char *(*get_error_name)(Error *err ) ,		8081	Char *(*get_error_name)(Error *err ) ,
8006	Bool (*print_extra_suppression_info)(Error *err ,		8082	Bool (*print_extra_suppression_info)(Error *err ,
8007	Char *buf ,		8083	Char *buf ,
8008	Int nBuf ) ) ;		8084	Int nBuf ) ) ;
8009	extern void vgPlain_needs_superblock_discards(void (*discard_superblock_info)(Addr64 orig_addr ,		8085	extern void vgPlain_needs_superblock_discards(void (*discard_superblock_info)(Addr64 orig_addr ,
8010	VexGuestExtents extents ) ) ;		8086	VexGuestExtents extents ) ) ;
8011	extern void vgPlain_needs_command_line_options(Bool (*process_cmd_line_option)(Char *argv ) ,		8087	extern void vgPlain_needs_command_line_options(Bool (*process_cmd_line_option)(Char *argv ) ,
8012	void (*print_usage)(void) ,		8088	void (*print_usage)(void) ,
8013	void (*print_debug_usage)(void) ) ;		8089	void (*print_debug_usage)(void) ) ;
8014	extern void vgPlain_needs_client_requests(Bool (*handle_client_request)(ThreadId tid ,		8090	extern void vgPlain_needs_client_requests(Bool (*handle_client_request)(ThreadId tid ,
8015	UWord *arg_block ,		8091	UWord *arg_block ,
8016	UWord *ret ) ) ;		8092	UWord *ret ) ) ;
8017	extern void vgPlain_needs_syscall_wrapper(void (*pre_syscall)(ThreadId tid ,		8093	extern void vgPlain_needs_syscall_wrapper(void (*pre_syscall)(ThreadId tid ,
8018	UInt syscallno ,		8094	UInt syscallno ,
8019	UWord *args ,		8095	UWord *args ,
8020	UInt nArgs ) ,		8096	UInt nArgs ) ,
8021	void (*post_syscall)(ThreadId tid ,		8097	void (*post_syscall)(ThreadId tid ,
8022	UInt syscallno ,		8098	UInt syscallno ,
8023	UWord *args ,		8099	UWord *args ,
8024	UInt nArgs ,		8100	UInt nArgs ,
8025	SysRes res ) ) ;		8101	SysRes res ) ) ;
8026	extern void vgPlain_needs_sanity_checks(Bool (*cheap_sanity_check)(void) ,		8102	extern void vgPlain_needs_sanity_checks(Bool (*cheap_sanity_check)(void) ,
8027	Bool (*expensive_sanity_check)(void) ) ;		8103	Bool (*expensive_sanity_check)(void) ) ;
8028	extern void vgPlain_needs_var_info(void) ;		8104	extern void vgPlain_needs_var_info(void) ;
8029	extern void vgPlain_needs_malloc_replacement(void *(*pmalloc)(ThreadId tid ,		8105	extern void vgPlain_needs_malloc_replacement(void *(*pmalloc)(ThreadId tid ,
8030	SizeT n ) ,		8106	SizeT n ) ,
8031	void *(*p__builtin_new)(ThreadId tid ,		8107	void *(*p__builtin_new)(ThreadId tid ,
8032	SizeT n ) ,		8108	SizeT n ) ,
8033	void *(*p__builtin_vec_new)(ThreadId tid ,		8109	void *(*p__builtin_vec_new)(ThreadId tid ,
8034	SizeT n ) ,		8110	SizeT n ) ,
8035	void *(*pmemalign)(ThreadId tid ,		8111	void *(*pmemalign)(ThreadId tid ,
8036	SizeT align ,		8112	SizeT align ,
8037	SizeT n ) ,		8113	SizeT n ) ,
8038	void *(*pcalloc)(ThreadId tid ,		8114	void *(*pcalloc)(ThreadId tid ,
8039	SizeT nmemb ,		8115	SizeT nmemb ,
8040	SizeT size1 ) ,		8116	SizeT size1 ) ,
8041	void (*pfree)(ThreadId tid ,		8117	void (*pfree)(ThreadId tid ,
8042	void *p ) ,		8118	void *p ) ,
8043	void (*p__builtin_delete)(ThreadId tid ,		8119	void (*p__builtin_delete)(ThreadId tid ,
8044	void *p ) ,		8120	void *p ) ,
8045	void (*p__builtin_vec_delete)(ThreadId tid ,		8121	void (*p__builtin_vec_delete)(ThreadId tid ,
8046	void *p ) ,		8122	void *p ) ,
8047	void *(*prealloc)(ThreadId tid ,		8123	void *(*prealloc)(ThreadId tid ,
8048	void *p ,		8124	void *p ,
8049	SizeT new_size ) ,		8125	SizeT new_size ) ,
8050	SizeT (*pmalloc_usable_size)(ThreadId tid ,		8126	SizeT (*pmalloc_usable_size)(ThreadId tid ,
8051	void *p ) ,		8127	void *p ) ,
8052	SizeT client_malloc_redzone_szB ) ;		8128	SizeT client_malloc_redzone_szB ) ;
8053	extern void vgPlain_needs_xml_output(void) ;		8129	extern void vgPlain_needs_xml_output(void) ;
8054	extern void vgPlain_needs_final_IR_tidy_pass(IRSB *(*final_tidy)(IRSB * ) ) ;		8130	extern void vgPlain_needs_final_IR_tidy_pass(IRSB *(*final_tidy)(IRSB * ) ) ;
8055	extern void vgPlain_track_new_mem_startup(void (*f)(Addr a , SizeT len ,		8131	extern void vgPlain_track_new_mem_startup(void (*f)(Addr a , SizeT len ,
8056	Bool rr , Bool ww ,		8132	Bool rr , Bool ww ,
8057	Bool xx , ULong di_handle ) ) ;		8133	Bool xx , ULong di_handle ) ) ;
8058	extern void vgPlain_track_new_mem_stack_signal(void (*f)(Addr a , SizeT len ,		8134	extern void vgPlain_track_new_mem_stack_signal(void (*f)(Addr a , SizeT len ,
8059	ThreadId tid ) ) ;		8135	ThreadId tid ) ) ;
8060	extern void vgPlain_track_new_mem_brk(void (*f)(Addr a , SizeT len ,		8136	extern void vgPlain_track_new_mem_brk(void (*f)(Addr a , SizeT len ,
8061	ThreadId tid ) ) ;		8137	ThreadId tid ) ) ;
8062	extern void vgPlain_track_new_mem_mmap(void (*f)(Addr a , SizeT len , Bool rr ,		8138	extern void vgPlain_track_new_mem_mmap(void (*f)(Addr a , SizeT len , Bool rr ,
8063	Bool ww , Bool xx ,		8139	Bool ww , Bool xx ,
8064	ULong di_handle ) ) ;		8140	ULong di_handle ) ) ;
8065	extern void vgPlain_track_copy_mem_remap(void (*f)(Addr from , Addr to ,		8141	extern void vgPlain_track_copy_mem_remap(void (*f)(Addr from , Addr to ,
8066	SizeT len ) ) ;		8142	SizeT len ) ) ;
8067	extern void vgPlain_track_change_mem_mprotect(void (*f)(Addr a , SizeT len ,		8143	extern void vgPlain_track_change_mem_mprotect(void (*f)(Addr a , SizeT len ,
8068	Bool rr , Bool ww ,		8144	Bool rr , Bool ww ,
8069	Bool xx ) ) ;		8145	Bool xx ) ) ;
8070	extern void vgPlain_track_die_mem_stack_signal(void (*f)(Addr a , SizeT len ) ) ;		8146	extern void vgPlain_track_die_mem_stack_signal(void (*f)(Addr a , SizeT len ) ) ;
8071	extern void vgPlain_track_die_mem_brk(void (*f)(Addr a , SizeT len ) ) ;		8147	extern void vgPlain_track_die_mem_brk(void (*f)(Addr a , SizeT len ) ) ;
8072	extern void vgPlain_track_die_mem_munmap(void (*f)(Addr a , SizeT len ) ) ;		8148	extern void vgPlain_track_die_mem_munmap(void (*f)(Addr a , SizeT len ) ) ;
8073	extern void vgPlain_track_new_mem_stack_4_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8149	extern void vgPlain_track_new_mem_stack_4_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8074	UInt ecu ) ) ;		8150	UInt ecu ) ) ;
8075	extern void vgPlain_track_new_mem_stack_8_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8151	extern void vgPlain_track_new_mem_stack_8_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8076	UInt ecu ) ) ;		8152	UInt ecu ) ) ;
8077	extern void vgPlain_track_new_mem_stack_12_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8153	extern void vgPlain_track_new_mem_stack_12_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8078	UInt ecu ) ) ;		8154	UInt ecu ) ) ;
8079	extern void vgPlain_track_new_mem_stack_16_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8155	extern void vgPlain_track_new_mem_stack_16_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8080	UInt ecu ) ) ;		8156	UInt ecu ) ) ;
8081	extern void vgPlain_track_new_mem_stack_32_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8157	extern void vgPlain_track_new_mem_stack_32_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8082	UInt ecu ) ) ;		8158	UInt ecu ) ) ;
8083	extern void vgPlain_track_new_mem_stack_112_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8159	extern void vgPlain_track_new_mem_stack_112_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8084	UInt ecu ) ) ;		8160	UInt ecu ) ) ;
8085	extern void vgPlain_track_new_mem_stack_128_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8161	extern void vgPlain_track_new_mem_stack_128_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8086	UInt ecu ) ) ;		8162	UInt ecu ) ) ;
8087	extern void vgPlain_track_new_mem_stack_144_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8163	extern void vgPlain_track_new_mem_stack_144_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8088	UInt ecu ) ) ;		8164	UInt ecu ) ) ;
8089	extern void vgPlain_track_new_mem_stack_160_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,		8165	extern void vgPlain_track_new_mem_stack_160_w_ECU(void ( __attribute__((__regparm__(2))) (*f))(Addr new_ESP ,
8090	UInt ecu ) ) ;		8166	UInt ecu ) ) ;
8091	extern void vgPlain_track_new_mem_stack_w_ECU(void (*f)(Addr a , SizeT len ,		8167	extern void vgPlain_track_new_mem_stack_w_ECU(void (*f)(Addr a , SizeT len ,
8092	UInt ecu ) ) ;		8168	UInt ecu ) ) ;
8093	extern void vgPlain_track_new_mem_stack_4(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8169	extern void vgPlain_track_new_mem_stack_4(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8094	extern void vgPlain_track_new_mem_stack_8(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8170	extern void vgPlain_track_new_mem_stack_8(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8095	extern void vgPlain_track_new_mem_stack_12(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8171	extern void vgPlain_track_new_mem_stack_12(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8096	extern void vgPlain_track_new_mem_stack_16(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8172	extern void vgPlain_track_new_mem_stack_16(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8097	extern void vgPlain_track_new_mem_stack_32(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8173	extern void vgPlain_track_new_mem_stack_32(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8098	extern void vgPlain_track_new_mem_stack_112(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8174	extern void vgPlain_track_new_mem_stack_112(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8099	extern void vgPlain_track_new_mem_stack_128(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8175	extern void vgPlain_track_new_mem_stack_128(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8100	extern void vgPlain_track_new_mem_stack_144(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8176	extern void vgPlain_track_new_mem_stack_144(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8101	extern void vgPlain_track_new_mem_stack_160(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;		8177	extern void vgPlain_track_new_mem_stack_160(void ( __attribute__((__regparm__(1))) (*f))(Addr new_ESP ) ) ;
8102	extern void vgPlain_track_new_mem_stack(void (*f)(Addr a , SizeT len ) ) ;		8178	extern void vgPlain_track_new_mem_stack(void (*f)(Addr a , SizeT len ) ) ;
8103	extern void vgPlain_track_die_mem_stack_4(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8179	extern void vgPlain_track_die_mem_stack_4(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8104	extern void vgPlain_track_die_mem_stack_8(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8180	extern void vgPlain_track_die_mem_stack_8(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8105	extern void vgPlain_track_die_mem_stack_12(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8181	extern void vgPlain_track_die_mem_stack_12(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8106	extern void vgPlain_track_die_mem_stack_16(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8182	extern void vgPlain_track_die_mem_stack_16(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8107	extern void vgPlain_track_die_mem_stack_32(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8183	extern void vgPlain_track_die_mem_stack_32(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8108	extern void vgPlain_track_die_mem_stack_112(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8184	extern void vgPlain_track_die_mem_stack_112(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8109	extern void vgPlain_track_die_mem_stack_128(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8185	extern void vgPlain_track_die_mem_stack_128(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8110	extern void vgPlain_track_die_mem_stack_144(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8186	extern void vgPlain_track_die_mem_stack_144(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8111	extern void vgPlain_track_die_mem_stack_160(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;		8187	extern void vgPlain_track_die_mem_stack_160(void ( __attribute__((__regparm__(1))) (*f))(Addr die_ESP ) ) ;
8112	extern void vgPlain_track_die_mem_stack(void (*f)(Addr a , SizeT len ) ) ;		8188	extern void vgPlain_track_die_mem_stack(void (*f)(Addr a , SizeT len ) ) ;
8113	extern void vgPlain_track_ban_mem_stack(void (*f)(Addr a , SizeT len ) ) ;		8189	extern void vgPlain_track_ban_mem_stack(void (*f)(Addr a , SizeT len ) ) ;
8114	extern void vgPlain_track_pre_mem_read(void (*f)(CorePart part , ThreadId tid ,		8190	extern void vgPlain_track_pre_mem_read(void (*f)(CorePart part , ThreadId tid ,
8115	Char *s , Addr a , SizeT size ) ) ;		8191	Char *s , Addr a , SizeT size ) ) ;
8116	extern void vgPlain_track_pre_mem_read_asciiz(void (*f)(CorePart part ,		8192	extern void vgPlain_track_pre_mem_read_asciiz(void (*f)(CorePart part ,
8117	ThreadId tid , Char *s ,		8193	ThreadId tid , Char *s ,
8118	Addr a ) ) ;		8194	Addr a ) ) ;
8119	extern void vgPlain_track_pre_mem_write(void (*f)(CorePart part , ThreadId tid ,		8195	extern void vgPlain_track_pre_mem_write(void (*f)(CorePart part , ThreadId tid ,
8120	Char *s , Addr a , SizeT size ) ) ;		8196	Char *s , Addr a , SizeT size ) ) ;
8121	extern void vgPlain_track_post_mem_write(void (*f)(CorePart part ,		8197	extern void vgPlain_track_post_mem_write(void (*f)(CorePart part ,
8122	ThreadId tid , Addr a ,		8198	ThreadId tid , Addr a ,
8123	SizeT size ) ) ;		8199	SizeT size ) ) ;
8124	extern void vgPlain_track_pre_reg_read(void (*f)(CorePart part , ThreadId tid ,		8200	extern void vgPlain_track_pre_reg_read(void (*f)(CorePart part , ThreadId tid ,
8125	Char *s ,		8201	Char *s ,
8126	PtrdiffT guest_state_offset ,		8202	PtrdiffT guest_state_offset ,
8127	SizeT size ) ) ;		8203	SizeT size ) ) ;
8128	extern void vgPlain_track_post_reg_write(void (*f)(CorePart part ,		8204	extern void vgPlain_track_post_reg_write(void (*f)(CorePart part ,
8129	ThreadId tid ,		8205	ThreadId tid ,
8130	PtrdiffT guest_state_offset ,		8206	PtrdiffT guest_state_offset ,
8131	SizeT size ) ) ;		8207	SizeT size ) ) ;
8132	extern void vgPlain_track_post_reg_write_clientcall_return(void (*f)(ThreadId tid ,		8208	extern void vgPlain_track_post_reg_write_clientcall_return(void (*f)(ThreadId tid ,
8133	PtrdiffT guest_state_offset ,		8209	PtrdiffT guest_state_offset ,
8134	SizeT size ,		8210	SizeT size ,
8135	Addr f ) ) ;		8211	Addr f ) ) ;
8136	extern void vgPlain_track_start_client_code(void (*f)(ThreadId tid ,		8212	extern void vgPlain_track_start_client_code(void (*f)(ThreadId tid ,
8137	ULong blocks_dispatched ) ) ;		8213	ULong blocks_dispatched ) ) ;
8138	extern void vgPlain_track_stop_client_code(void (*f)(ThreadId tid ,		8214	extern void vgPlain_track_stop_client_code(void (*f)(ThreadId tid ,
8139	ULong blocks_dispatched ) ) ;		8215	ULong blocks_dispatched ) ) ;
8140	extern void vgPlain_track_pre_thread_ll_create(void (*f)(ThreadId tid ,		8216	extern void vgPlain_track_pre_thread_ll_create(void (*f)(ThreadId tid ,
8141	ThreadId child ) ) ;		8217	ThreadId child ) ) ;
8142	extern void vgPlain_track_pre_thread_first_insn(void (*f)(ThreadId tid ) ) ;		8218	extern void vgPlain_track_pre_thread_first_insn(void (*f)(ThreadId tid ) ) ;
8143	extern void vgPlain_track_pre_thread_ll_exit(void (*f)(ThreadId tid ) ) ;		8219	extern void vgPlain_track_pre_thread_ll_exit(void (*f)(ThreadId tid ) ) ;
8144	extern void vgPlain_track_pre_deliver_signal(void (*f)(ThreadId tid ,		8220	extern void vgPlain_track_pre_deliver_signal(void (*f)(ThreadId tid ,
8145	Int sigNo ,		8221	Int sigNo ,
8146	Bool alt_stack ) ) ;		8222	Bool alt_stack ) ) ;
8147	extern void vgPlain_track_post_deliver_signal(void (*f)(ThreadId tid ,		8223	extern void vgPlain_track_post_deliver_signal(void (*f)(ThreadId tid ,
8148	Int sigNo ) ) ;		8224	Int sigNo ) ) ;
8149	Bool vgDrd_get_check_stack_accesses(void) ;		8225	Bool vgDrd_get_check_stack_accesses(void) ;
8150	void vgDrd_set_check_stack_accesses(Bool const   c ) ;		8226	void vgDrd_set_check_stack_accesses(Bool const   c ) ;
8151	Bool vgDrd_get_first_race_only(void) ;		8227	Bool vgDrd_get_first_race_only(void) ;
8152	void vgDrd_set_first_race_only(Bool const   fro ) ;		8228	void vgDrd_set_first_race_only(Bool const   fro ) ;
8153	IRSB *vgDrd_instrument(VgCallbackClosure * const  closure ,		8229	IRSB *vgDrd_instrument(VgCallbackClosure * const  closure ,
8154	IRSB * const  bb_in , VexGuestLayout * const  layout ,		8230	IRSB * const  bb_in , VexGuestLayout * const  layout ,
8155	VexGuestExtents * const  vge , IRType const   gWordTy ,		8231	VexGuestExtents * const  vge , IRType const   gWordTy ,
8156	IRType const   hWordTy ) ;		8232	IRType const   hWordTy ) ;
8157	void vgDrd_trace_mem_access(Addr const   addr , SizeT const   size ,		8233	void vgDrd_trace_mem_access(Addr const   addr , SizeT const   size ,
8158	BmAccessTypeT const   access_type ,		8234	BmAccessTypeT const   access_type ,
8159	HWord const   stored_value_hi ,		8235	HWord const   stored_value_hi ,
8160	HWord const   stored_value_lo ) ;		8236	HWord const   stored_value_lo ) ;
8161	void ( __attribute__((__regparm__(2))) vgDrd_trace_load)(Addr addr , SizeT size ) ;		8237	void ( __attribute__((__regparm__(2))) vgDrd_trace_load)(Addr addr , SizeT size ) ;
8162	void ( __attribute__((__regparm__(2))) vgDrd_trace_store)(Addr addr ,		8238	void ( __attribute__((__regparm__(2))) vgDrd_trace_store)(Addr addr ,
8163	SizeT size ) ;		8239	SizeT size ) ;
8164	extern void vgDrd_clean_memory(Addr const   a1 , SizeT const   len ) ;		8240	extern void vgDrd_clean_memory(Addr const   a1 , SizeT const   len ) ;
8165	static ULong s_segment_merge_count  ;		8241	static ULong s_segment_merge_count  ;
8166	static ULong s_segments_created_count  ;		8242	static ULong s_segments_created_count  ;
8167	static ULong s_segments_alive_count  ;		8243	static ULong s_segments_alive_count  ;
8168	static ULong s_max_segments_alive_count  ;		8244	static ULong s_max_segments_alive_count  ;
8169	static Bool s_trace_segment  ;		8245	static Bool s_trace_segment  ;
8170	static void sg_init(Segment * const  sg , DrdThreadId const   creator ,		8246	static void sg_init(Segment * const  sg , DrdThreadId const   creator ,
8171	DrdThreadId const   created )		8247	DrdThreadId const   created )
8172	{		8248	{
8173	Segment *creator_sg ;		8249	Segment *creator_sg ;
8174	ThreadId vg_created ;		8250	ThreadId vg_created ;
8175	ThreadId tmp ;		8251	ThreadId tmp ;
8176	long tmp___0 ;		8252	long tmp___0 ;
8177	Bool tmp___1 ;		8253	Bool tmp___1 ;
8178	int tmp___2 ;		8254	int tmp___2 ;
8179	long tmp___3 ;		8255	long tmp___3 ;
8180	Segment *tmp___4 ;		8256	Segment *tmp___4 ;
8181	Addr tmp___5 ;		8257	Addr tmp___5 ;
8182	char *vc ;		8258	char *vc ;
8183			8259
8184	{		8260	{
8185	tmp = vgDrd_DrdThreadIdToVgThreadId(created);		8261	tmp = vgDrd_DrdThreadIdToVgThreadId(created);
8186	vg_created = tmp;		8262	vg_created = tmp;
8187	tmp___0 = __builtin_expect((long )(! (! sg)), 1L);		8263	tmp___0 = __builtin_expect((long )(! (! sg)), 1L);
8188	if (tmp___0) {		8264	if (tmp___0) {
8189			8265
8190	} else {		8266	} else {
8191	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		8267	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
8192	(Char const   *)"drd_segment.c", 69,		8268	(Char const   *)"drd_segment.c", 69,
8193	(Char const   *)"sg_init", "");		8269	(Char const   *)"sg_init", "");
8194	}		8270	}
8195	if (creator == 0U) {		8271	if (creator == 0U) {
8196	tmp___2 = 1;		8272	tmp___2 = 1;
8197	} else {		8273	} else {
8198	tmp___1 = vgDrd_IsValidDrdThreadId(creator);		8274	tmp___1 = vgDrd_IsValidDrdThreadId(creator);
8199	if (tmp___1) {		8275	if (tmp___1) {
8200	tmp___2 = 1;		8276	tmp___2 = 1;
8201	} else {		8277	} else {
8202	tmp___2 = 0;		8278	tmp___2 = 0;
8203	}		8279	}
8204	}		8280	}
8205	tmp___3 = __builtin_expect((long )tmp___2, 1L);		8281	tmp___3 = __builtin_expect((long )tmp___2, 1L);
8206	if (tmp___3) {		8282	if (tmp___3) {
8207			8283
8208	} else {		8284	} else {
8209	vgPlain_assert_fail((Bool )0,		8285	vgPlain_assert_fail((Bool )0,
8210	(Char const   *)"creator == DRD_INVALID_THREADID || DRD_(IsValidDrdThreadId)(creator)",		8286	(Char const   *)"creator == DRD_INVALID_THREADID || DRD_(IsValidDrdThreadId)(creator)",
8211	(Char const   *)"drd_segment.c", 71,		8287	(Char const   *)"drd_segment.c", 71,
8212	(Char const   *)"sg_init", "");		8288	(Char const   *)"sg_init", "");
8213	}		8289	}
8214	if (creator != 0U) {		8290	if (creator != 0U) {
8215	tmp___4 = vgDrd_thread_get_segment(creator);		8291	tmp___4 = vgDrd_thread_get_segment(creator);
8216	creator_sg = tmp___4;		8292	creator_sg = tmp___4;
8217	} else {		8293	} else {
8218	creator_sg = (Segment *)0;		8294	creator_sg = (Segment *)0;
8219	}		8295	}
8220	sg->g_next = (struct segment *)((void *)0);		8296	sg->g_next = (struct segment *)((void *)0);
8221	sg->g_prev = (struct segment *)((void *)0);		8297	sg->g_prev = (struct segment *)((void *)0);
8222	sg->thr_next = (struct segment *)((void *)0);		8298	sg->thr_next = (struct segment *)((void *)0);
8223	sg->thr_prev = (struct segment *)((void *)0);		8299	sg->thr_prev = (struct segment *)((void *)0);
8224	sg->tid = (DrdThreadId )created;		8300	sg->tid = (DrdThreadId )created;
8225	sg->refcnt = 1;		8301	sg->refcnt = 1;
8226	if (vg_created != 0U) {		8302	if (vg_created != 0U) {
8227	tmp___5 = vgPlain_get_SP(vg_created);		8303	tmp___5 = vgPlain_get_SP(vg_created);
8228	if (tmp___5 != 0UL) {		8304	if (tmp___5 != 0UL) {
8229	sg->stacktrace = vgPlain_record_ExeContext(vg_created, (Word )0);		8305	sg->stacktrace = vgPlain_record_ExeContext(vg_created, (Word )0);
8230	} else {		8306	} else {
8231	sg->stacktrace = (ExeContext *)0;		8307	sg->stacktrace = (ExeContext *)0;
8232	}		8308	}
8233	} else {		8309	} else {
8234	sg->stacktrace = (ExeContext *)0;		8310	sg->stacktrace = (ExeContext *)0;
8235	}		8311	}
8236	if (creator_sg) {		8312	if (creator_sg) {
8237	vgDrd_vc_copy((VectorClock */* const  */)(& sg->vc),		8313	vgDrd_vc_copy((VectorClock */* const  */)(& sg->vc),
8238	(VectorClock const   */* const  */)(& creator_sg->vc));		8314	(VectorClock const   */* const  */)(& creator_sg->vc));
8239	} else {		8315	} else {
8240	vgDrd_vc_init((VectorClock */* const  */)(& sg->vc),		8316	vgDrd_vc_init((VectorClock */* const  */)(& sg->vc),
8241	(VCElem const   */* const  */)0, (unsigned int const   )0);		8317	(VCElem const   */* const  */)0, (unsigned int const   )0);
8242	}		8318	}
8243	vgDrd_vc_increment((VectorClock */* const  */)(& sg->vc), created);		8319	vgDrd_vc_increment((VectorClock */* const  */)(& sg->vc), created);
8244	vgDrd_bm_init((struct bitmap */* const  */)(& sg->bm));		8320	vgDrd_bm_init((struct bitmap */* const  */)(& sg->bm));
8245	if (s_trace_segment) {		8321	if (s_trace_segment) {
8246	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg->vc));		8322	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg->vc));
8247	vgPlain_message((VgMsgKind )2, "New segment for thread %d with vc %s\n",		8323	vgPlain_message((VgMsgKind )2, "New segment for thread %d with vc %s\n",
8248	created, vc);		8324	created, vc);
8249	vgPlain_free((void *)vc);		8325	vgPlain_free((void *)vc);
8250	} else {		8326	} else {
8251			8327
8252	}		8328	}
8253	return;		8329	return;
8254	}		8330	}
8255	}		8331	}
8256	static void vgDrd_sg_cleanup(Segment * const  sg )		8332	static void vgDrd_sg_cleanup(Segment * const  sg )
8257	{		8333	{
8258	long tmp ;		8334	long tmp ;
8259	long tmp___0 ;		8335	long tmp___0 ;
8260			8336
8261	{		8337	{
8262	tmp = __builtin_expect((long )(! (! sg)), 1L);		8338	tmp = __builtin_expect((long )(! (! sg)), 1L);
8263	if (tmp) {		8339	if (tmp) {
8264			8340
8265	} else {		8341	} else {
8266	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		8342	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
8267	(Char const   *)"drd_segment.c", 109,		8343	(Char const   *)"drd_segment.c", 109,
8268	(Char const   *)"vgDrd_sg_cleanup", "");		8344	(Char const   *)"vgDrd_sg_cleanup", "");
8269	}		8345	}
8270	tmp___0 = __builtin_expect((long )(! (! (sg->refcnt == 0))), 1L);		8346	tmp___0 = __builtin_expect((long )(! (! (sg->refcnt == 0))), 1L);
8271	if (tmp___0) {		8347	if (tmp___0) {
8272			8348
8273	} else {		8349	} else {
8274	vgPlain_assert_fail((Bool )0, (Char const   *)"sg->refcnt == 0",		8350	vgPlain_assert_fail((Bool )0, (Char const   *)"sg->refcnt == 0",
8275	(Char const   *)"drd_segment.c", 110,		8351	(Char const   *)"drd_segment.c", 110,
8276	(Char const   *)"vgDrd_sg_cleanup", "");		8352	(Char const   *)"vgDrd_sg_cleanup", "");
8277	}		8353	}
8278	vgDrd_vc_cleanup((VectorClock */* const  */)(& sg->vc));		8354	vgDrd_vc_cleanup((VectorClock */* const  */)(& sg->vc));
8279	vgDrd_bm_cleanup((struct bitmap */* const  */)(& sg->bm));		8355	vgDrd_bm_cleanup((struct bitmap */* const  */)(& sg->bm));
8280	return;		8356	return;
8281	}		8357	}
8282	}		8358	}
8283	Segment *vgDrd_sg_new(DrdThreadId const   creator , DrdThreadId const   created )		8359	Segment *vgDrd_sg_new(DrdThreadId const   creator , DrdThreadId const   created )
8284	{		8360	{
8285	Segment *sg ;		8361	Segment *sg ;
8286	void *tmp ;		8362	void *tmp ;
8287	long tmp___0 ;		8363	long tmp___0 ;
8288			8364
8289	{		8365	{
8290	s_segments_created_count ++;		8366	s_segments_created_count ++;
8291	s_segments_alive_count ++;		8367	s_segments_alive_count ++;
8292	if (s_max_segments_alive_count < s_segments_alive_count) {		8368	if (s_max_segments_alive_count < s_segments_alive_count) {
8293	s_max_segments_alive_count = s_segments_alive_count;		8369	s_max_segments_alive_count = s_segments_alive_count;
8294	} else {		8370	} else {
8295			8371
8296	}		8372	}
8297	tmp = vgPlain_malloc((HChar *)"drd.segment.sn.1", (SizeT )sizeof(*sg));		8373	tmp = vgPlain_malloc((HChar *)"drd.segment.sn.1", (SizeT )sizeof(*sg));
8298	sg = (Segment *)tmp;		8374	sg = (Segment *)tmp;
8299	tmp___0 = __builtin_expect((long )(! (! sg)), 1L);		8375	tmp___0 = __builtin_expect((long )(! (! sg)), 1L);
8300	if (tmp___0) {		8376	if (tmp___0) {
8301			8377
8302	} else {		8378	} else {
8303	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		8379	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
8304	(Char const   *)"drd_segment.c", 127,		8380	(Char const   *)"drd_segment.c", 127,
8305	(Char const   *)"vgDrd_sg_new", "");		8381	(Char const   *)"vgDrd_sg_new", "");
8306	}		8382	}
8307	sg_init((Segment */* const  */)sg, creator, created);		8383	sg_init((Segment */* const  */)sg, creator, created);
8308	if (vgDrd_g_sg_list) {		8384	if (vgDrd_g_sg_list) {
8309	vgDrd_g_sg_list->g_prev = sg;		8385	vgDrd_g_sg_list->g_prev = sg;
8310	sg->g_next = vgDrd_g_sg_list;		8386	sg->g_next = vgDrd_g_sg_list;
8311	} else {		8387	} else {
8312			8388
8313	}		8389	}
8314	vgDrd_g_sg_list = sg;		8390	vgDrd_g_sg_list = sg;
8315	return (sg);		8391	return (sg);
8316	}		8392	}
8317	}		8393	}
8318	static void vgDrd_sg_delete(Segment * const  sg )		8394	static void vgDrd_sg_delete(Segment * const  sg )
8319	{		8395	{
8320	char *vc ;		8396	char *vc ;
8321	Bool tmp ;		8397	Bool tmp ;
8322	long tmp___0 ;		8398	long tmp___0 ;
8323			8399
8324	{		8400	{
8325	tmp = vgDrd_sg_get_trace();		8401	tmp = vgDrd_sg_get_trace();
8326	if (tmp) {		8402	if (tmp) {
8327	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg->vc));		8403	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg->vc));
8328	vgPlain_message((VgMsgKind )2,		8404	vgPlain_message((VgMsgKind )2,
8329	"Discarding the segment with vector clock %s\n", vc);		8405	"Discarding the segment with vector clock %s\n", vc);
8330	vgPlain_free((void *)vc);		8406	vgPlain_free((void *)vc);
8331	} else {		8407	} else {
8332			8408
8333	}		8409	}
8334	s_segments_alive_count --;		8410	s_segments_alive_count --;
8335	tmp___0 = __builtin_expect((long )(! (! sg)), 1L);		8411	tmp___0 = __builtin_expect((long )(! (! sg)), 1L);
8336	if (tmp___0) {		8412	if (tmp___0) {
8337			8413
8338	} else {		8414	} else {
8339	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		8415	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
8340	(Char const   *)"drd_segment.c", 151,		8416	(Char const   *)"drd_segment.c", 151,
8341	(Char const   *)"vgDrd_sg_delete", "");		8417	(Char const   *)"vgDrd_sg_delete", "");
8342	}		8418	}
8343	if (sg->g_next) {		8419	if (sg->g_next) {
8344	(sg->g_next)->g_prev = sg->g_prev;		8420	(sg->g_next)->g_prev = sg->g_prev;
8345	} else {		8421	} else {
8346			8422
8347	}		8423	}
8348	if (sg->g_prev) {		8424	if (sg->g_prev) {
8349	(sg->g_prev)->g_next = sg->g_next;		8425	(sg->g_prev)->g_next = sg->g_next;
8350	} else {		8426	} else {
8351	vgDrd_g_sg_list = sg->g_next;		8427	vgDrd_g_sg_list = sg->g_next;
8352	}		8428	}
8353	vgDrd_sg_cleanup(sg);		8429	vgDrd_sg_cleanup(sg);
8354	vgPlain_free((void *)sg);		8430	vgPlain_free((void *)sg);
8355	return;		8431	return;
8356	}		8432	}
8357	}		8433	}
8358	Segment *vgDrd_sg_get(Segment * const  sg )		8434	Segment *vgDrd_sg_get(Segment * const  sg )
8359	{		8435	{
8360	long tmp ;		8436	long tmp ;
8361			8437
8362	{		8438	{
8363	tmp = __builtin_expect((long )(! (! sg)), 1L);		8439	tmp = __builtin_expect((long )(! (! sg)), 1L);
8364	if (tmp) {		8440	if (tmp) {
8365			8441
8366	} else {		8442	} else {
8367	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		8443	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
8368	(Char const   *)"drd_segment.c", 165,		8444	(Char const   *)"drd_segment.c", 165,
8369	(Char const   *)"vgDrd_sg_get", "");		8445	(Char const   *)"vgDrd_sg_get", "");
8370	}		8446	}
8371	(sg->refcnt) ++;		8447	(sg->refcnt) ++;
8372	return ((Segment *)sg);		8448	return ((Segment *)sg);
8373	}		8449	}
8374	}		8450	}
8375	void vgDrd_sg_put(Segment * const  sg )		8451	void vgDrd_sg_put(Segment * const  sg )
8376	{		8452	{
8377	char *vc ;		8453	char *vc ;
8378	long tmp ;		8454	long tmp ;
8379			8455
8380	{		8456	{
8381	if ((unsigned int )sg == (unsigned int )((Segment */* const  */)0)) {		8457	if ((unsigned int )sg == (unsigned int )((Segment */* const  */)0)) {
8382	return;		8458	return;
8383	} else {		8459	} else {
8384			8460
8385	}		8461	}
8386	if (s_trace_segment) {		8462	if (s_trace_segment) {
8387	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg->vc));		8463	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg->vc));
		-+	8464	{
			8465	if (sg->refcnt < 2) {
			8466	return;
			8467	}
8388	vgPlain_message((VgMsgKind )2,	=	8468	vgPlain_message((VgMsgKind )2,
8389	"Decrementing segment reference count %d -> %d with vc %s\n",		8469	"Decrementing segment reference count %d -> %d with vc %s\n",
8390	sg->refcnt, sg->refcnt - 1, vc);		8470	sg->refcnt, sg->refcnt - 1, vc);
		-+	8471	}
8391	vgPlain_free((void *)vc);	=	8472	vgPlain_free((void *)vc);
8392	} else {		8473	} else {
8393			8474
8394	}		8475	}
8395	tmp = __builtin_expect((long )(! (! (sg->refcnt >= 1))), 1L);		8476	tmp = __builtin_expect((long )(! (! (sg->refcnt >= 1))), 1L);
8396	if (tmp) {		8477	if (tmp) {
8397			8478
8398	} else {		8479	} else {
8399	vgPlain_assert_fail((Bool )0, (Char const   *)"sg->refcnt >= 1",		8480	vgPlain_assert_fail((Bool )0, (Char const   *)"sg->refcnt >= 1",
8400	(Char const   *)"drd_segment.c", 191,		8481	(Char const   *)"drd_segment.c", 191,
8401	(Char const   *)"vgDrd_sg_put", "");		8482	(Char const   *)"vgDrd_sg_put", "");
8402	}		8483	}
8403	(sg->refcnt) --;		8484	(sg->refcnt) --;
8404	if (sg->refcnt == 0) {		8485	if (sg->refcnt == 0) {
8405	vgDrd_sg_delete(sg);		8486	vgDrd_sg_delete(sg);
8406	} else {		8487	} else {
8407			8488
8408	}		8489	}
8409	return;		8490	return;
8410	}		8491	}
8411	}		8492	}
8412	void vgDrd_sg_merge(Segment * const  sg1 , Segment * const  sg2 )		8493	void vgDrd_sg_merge(Segment * const  sg1 , Segment * const  sg2 )
8413	{		8494	{
8414	long tmp ;		8495	long tmp ;
8415	long tmp___0 ;		8496	long tmp___0 ;
8416	long tmp___1 ;		8497	long tmp___1 ;
8417	long tmp___2 ;		8498	long tmp___2 ;
8418	char *vc1 ;		8499	char *vc1 ;
8419	char *vc2 ;		8500	char *vc2 ;
8420			8501
8421	{		8502	{
8422	tmp = __builtin_expect((long )(! (! sg1)), 1L);		8503	tmp = __builtin_expect((long )(! (! sg1)), 1L);
8423	if (tmp) {		8504	if (tmp) {
8424			8505
8425	} else {		8506	} else {
8426	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1",		8507	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1",
8427	(Char const   *)"drd_segment.c", 202,		8508	(Char const   *)"drd_segment.c", 202,
8428	(Char const   *)"vgDrd_sg_merge", "");		8509	(Char const   *)"vgDrd_sg_merge", "");
8429	}		8510	}
8430	tmp___0 = __builtin_expect((long )(! (! (sg1->refcnt == 1))), 1L);		8511	tmp___0 = __builtin_expect((long )(! (! (sg1->refcnt == 1))), 1L);
8431	if (tmp___0) {		8512	if (tmp___0) {
8432			8513
8433	} else {		8514	} else {
8434	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1->refcnt == 1",		8515	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1->refcnt == 1",
8435	(Char const   *)"drd_segment.c", 203,		8516	(Char const   *)"drd_segment.c", 203,
8436	(Char const   *)"vgDrd_sg_merge", "");		8517	(Char const   *)"vgDrd_sg_merge", "");
8437	}		8518	}
8438	tmp___1 = __builtin_expect((long )(! (! sg2)), 1L);		8519	tmp___1 = __builtin_expect((long )(! (! sg2)), 1L);
8439	if (tmp___1) {		8520	if (tmp___1) {
8440			8521
8441	} else {		8522	} else {
8442	vgPlain_assert_fail((Bool )0, (Char const   *)"sg2",		8523	vgPlain_assert_fail((Bool )0, (Char const   *)"sg2",
8443	(Char const   *)"drd_segment.c", 204,		8524	(Char const   *)"drd_segment.c", 204,
8444	(Char const   *)"vgDrd_sg_merge", "");		8525	(Char const   *)"vgDrd_sg_merge", "");
8445	}		8526	}
8446	tmp___2 = __builtin_expect((long )(! (! (sg2->refcnt == 1))), 1L);		8527	tmp___2 = __builtin_expect((long )(! (! (sg2->refcnt == 1))), 1L);
8447	if (tmp___2) {		8528	if (tmp___2) {
8448			8529
8449	} else {		8530	} else {
8450	vgPlain_assert_fail((Bool )0, (Char const   *)"sg2->refcnt == 1",		8531	vgPlain_assert_fail((Bool )0, (Char const   *)"sg2->refcnt == 1",
8451	(Char const   *)"drd_segment.c", 205,		8532	(Char const   *)"drd_segment.c", 205,
8452	(Char const   *)"vgDrd_sg_merge", "");		8533	(Char const   *)"vgDrd_sg_merge", "");
8453	}		8534	}
8454	if (s_trace_segment) {		8535	if (s_trace_segment) {
8455	vc1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg1->vc));		8536	vc1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg1->vc));
8456	vc2 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg2->vc));		8537	vc2 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& sg2->vc));
8457	vgPlain_message((VgMsgKind )2,		8538	vgPlain_message((VgMsgKind )2,
8458	"Merging segments with vector clocks %s and %s\n", vc1, vc2);		8539	"Merging segments with vector clocks %s and %s\n", vc1, vc2);
8459	vgPlain_free((void *)vc1);		8540	vgPlain_free((void *)vc1);
8460	vgPlain_free((void *)vc2);		8541	vgPlain_free((void *)vc2);
8461	} else {		8542	} else {
8462			8543
8463	}		8544	}
8464	s_segment_merge_count ++;		8545	s_segment_merge_count ++;
8465	vgDrd_bm_merge2((struct bitmap */* const  */)(& sg1->bm),		8546	vgDrd_bm_merge2((struct bitmap */* const  */)(& sg1->bm),
8466	(struct bitmap */* const  */)(& sg2->bm));		8547	(struct bitmap */* const  */)(& sg2->bm));
8467	return;		8548	return;
8468	}		8549	}
8469	}		8550	}
8470	void vgDrd_sg_print(Segment * const  sg )		8551	void vgDrd_sg_print(Segment * const  sg )
8471	{		8552	{
8472	long tmp ;		8553	long tmp ;
8473			8554
8474	{		8555	{
8475	tmp = __builtin_expect((long )(! (! sg)), 1L);		8556	tmp = __builtin_expect((long )(! (! sg)), 1L);
8476	if (tmp) {		8557	if (tmp) {
8477			8558
8478	} else {		8559	} else {
8479	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		8560	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
8480	(Char const   *)"drd_segment.c", 231,		8561	(Char const   *)"drd_segment.c", 231,
8481	(Char const   *)"vgDrd_sg_print", "");		8562	(Char const   *)"vgDrd_sg_print", "");
8482	}		8563	}
8483	vgPlain_printf("vc: ");		8564	vgPlain_printf("vc: ");
8484	vgDrd_vc_print((VectorClock const   */* const  */)(& sg->vc));		8565	vgDrd_vc_print((VectorClock const   */* const  */)(& sg->vc));
8485	vgPlain_printf("\n");		8566	vgPlain_printf("\n");
8486	vgDrd_bm_print((struct bitmap */* const  */)(& sg->bm));		8567	vgDrd_bm_print((struct bitmap */* const  */)(& sg->bm));
8487	return;		8568	return;
8488	}		8569	}
8489	}		8570	}
8490	Bool vgDrd_sg_get_trace(void)		8571	Bool vgDrd_sg_get_trace(void)
8491	{		8572	{
8492			8573
8493			8574
8494	{		8575	{
8495	return (s_trace_segment);		8576	return (s_trace_segment);
8496	}		8577	}
8497	}		8578	}
8498	void vgDrd_sg_set_trace(Bool const   trace_segment )		8579	void vgDrd_sg_set_trace(Bool const   trace_segment )
8499	{		8580	{
8500	int tmp ;		8581	int tmp ;
8501	long tmp___0 ;		8582	long tmp___0 ;
8502			8583
8503	{		8584	{
8504	if ((int const   )trace_segment == 0) {		8585	if ((int const   )trace_segment == 0) {
8505	tmp = 1;		8586	tmp = 1;
8506	} else		8587	} else
8507	if ((int const   )trace_segment == 1) {		8588	if ((int const   )trace_segment == 1) {
8508	tmp = 1;		8589	tmp = 1;
8509	} else {		8590	} else {
8510	tmp = 0;		8591	tmp = 0;
8511	}		8592	}
8512	tmp___0 = __builtin_expect((long )tmp, 1L);		8593	tmp___0 = __builtin_expect((long )tmp, 1L);
8513	if (tmp___0) {		8594	if (tmp___0) {
8514			8595
8515	} else {		8596	} else {
8516	vgPlain_assert_fail((Bool )0,		8597	vgPlain_assert_fail((Bool )0,
8517	(Char const   *)"trace_segment == False || trace_segment == True",		8598	(Char const   *)"trace_segment == False || trace_segment == True",
8518	(Char const   *)"drd_segment.c", 247,		8599	(Char const   *)"drd_segment.c", 247,
8519	(Char const   *)"vgDrd_sg_set_trace", "");		8600	(Char const   *)"vgDrd_sg_set_trace", "");
8520	}		8601	}
8521	s_trace_segment = (Bool )trace_segment;		8602	s_trace_segment = (Bool )trace_segment;
8522	return;		8603	return;
8523	}		8604	}
8524	}		8605	}
8525	ULong vgDrd_sg_get_segments_created_count(void)		8606	ULong vgDrd_sg_get_segments_created_count(void)
8526	{		8607	{
8527			8608
8528			8609
8529	{		8610	{
8530	return (s_segments_created_count);		8611	return (s_segments_created_count);
8531	}		8612	}
8532	}		8613	}
8533	ULong vgDrd_sg_get_segments_alive_count(void)		8614	ULong vgDrd_sg_get_segments_alive_count(void)
8534	{		8615	{
8535			8616
8536			8617
8537	{		8618	{
8538	return (s_segments_alive_count);		8619	return (s_segments_alive_count);
8539	}		8620	}
8540	}		8621	}
8541	ULong vgDrd_sg_get_max_segments_alive_count(void)		8622	ULong vgDrd_sg_get_max_segments_alive_count(void)
8542	{		8623	{
8543			8624
8544			8625
8545	{		8626	{
8546	return (s_max_segments_alive_count);		8627	return (s_max_segments_alive_count);
8547	}		8628	}
8548	}		8629	}
8549	ULong vgDrd_sg_get_segment_merge_count(void)		8630	ULong vgDrd_sg_get_segment_merge_count(void)
8550	{		8631	{
8551			8632
8552			8633
8553	{		8634	{
8554	return (s_segment_merge_count);		8635	return (s_segment_merge_count);
8555	}		8636	}
8556	}		8637	}
8557	static int ( /* format attribute */  VALGRIND_PRINTF)(char const   *format		8638	static int ( /* format attribute */  VALGRIND_PRINTF)(char const   *format
8558	, ...)  __attribute__((__unused__)) ;		8639	, ...)  __attribute__((__unused__)) ;
8559	static int ( /* format attribute */  VALGRIND_PRINTF)(char const   *format		8640	static int ( /* format attribute */  VALGRIND_PRINTF)(char const   *format
8560	, ...)  __attribute__((__unused__)) ;		8641	, ...)  __attribute__((__unused__)) ;
8561	static int ( /* format attribute */  VALGRIND_PRINTF)(char const   *format		8642	static int ( /* format attribute */  VALGRIND_PRINTF)(char const   *format
8562	, ...)		8643	, ...)
8563	{		8644	{
8564	unsigned long _qzz_res ;		8645	unsigned long _qzz_res ;
8565	va_list vargs ;		8646	va_list vargs ;
8566	unsigned int volatile   _zzq_args[6] ;		8647	unsigned int volatile   _zzq_args[6] ;
8567	unsigned int volatile   _zzq_result ;		8648	unsigned int volatile   _zzq_result ;
8568			8649
8569	{		8650	{
8570	__builtin_va_start(vargs, format);		8651	__builtin_va_start(vargs, format);
8571	_zzq_args[0] = (unsigned int volatile   )5123U;		8652	_zzq_args[0] = (unsigned int volatile   )5123U;
8572	_zzq_args[1] = (unsigned int volatile   )((unsigned int )((unsigned long )format));		8653	_zzq_args[1] = (unsigned int volatile   )((unsigned int )((unsigned long )format));
8573	_zzq_args[2] = (unsigned int volatile   )((unsigned int )((unsigned long )(& vargs)));		8654	_zzq_args[2] = (unsigned int volatile   )((unsigned int )((unsigned long )(& vargs)));
8574	_zzq_args[3] = (unsigned int volatile   )0U;		8655	_zzq_args[3] = (unsigned int volatile   )0U;
8575	_zzq_args[4] = (unsigned int volatile   )0U;		8656	_zzq_args[4] = (unsigned int volatile   )0U;
8576	_zzq_args[5] = (unsigned int volatile   )0U;		8657	_zzq_args[5] = (unsigned int volatile   )0U;
8577	__asm__  volatile   ("roll $3,  %%edi ; roll $13, %%edi\n\t"		8658	__asm__  volatile   ("roll $3,  %%edi ; roll $13, %%edi\n\t"
8578	"roll $29, %%edi ; roll $19, %%edi\n\t"		8659	"roll $29, %%edi ; roll $19, %%edi\n\t"
8579	"xchgl %%ebx,%%ebx": "=d" (_zzq_result): "a" (& _zzq_args[0]),		8660	"xchgl %%ebx,%%ebx": "=d" (_zzq_result): "a" (& _zzq_args[0]),
8580	"0" (0): "cc", "memory");		8661	"0" (0): "cc", "memory");
8581	_qzz_res = (unsigned long )_zzq_result;		8662	_qzz_res = (unsigned long )_zzq_result;
8582	__builtin_va_end(vargs);		8663	__builtin_va_end(vargs);
8583	return ((int )_qzz_res);		8664	return ((int )_qzz_res);
8584	}		8665	}
8585	}		8666	}
8586	static int ( /* format attribute */  VALGRIND_PRINTF_BACKTRACE)(char const   *format		8667	static int ( /* format attribute */  VALGRIND_PRINTF_BACKTRACE)(char const   *format
8587	, ...)  __attribute__((__unused__)) ;		8668	, ...)  __attribute__((__unused__)) ;
8588	static int ( /* format attribute */  VALGRIND_PRINTF_BACKTRACE)(char const   *format		8669	static int ( /* format attribute */  VALGRIND_PRINTF_BACKTRACE)(char const   *format
8589	, ...)  __attribute__((__unused__)) ;		8670	, ...)  __attribute__((__unused__)) ;
8590	static int ( /* format attribute */  VALGRIND_PRINTF_BACKTRACE)(char const   *format		8671	static int ( /* format attribute */  VALGRIND_PRINTF_BACKTRACE)(char const   *format
8591	, ...)		8672	, ...)
8592	{		8673	{
8593	unsigned long _qzz_res ;		8674	unsigned long _qzz_res ;
8594	va_list vargs ;		8675	va_list vargs ;
8595	unsigned int volatile   _zzq_args[6] ;		8676	unsigned int volatile   _zzq_args[6] ;
8596	unsigned int volatile   _zzq_result ;		8677	unsigned int volatile   _zzq_result ;
8597			8678
8598	{		8679	{
8599	__builtin_va_start(vargs, format);		8680	__builtin_va_start(vargs, format);
8600	_zzq_args[0] = (unsigned int volatile   )5124U;		8681	_zzq_args[0] = (unsigned int volatile   )5124U;
8601	_zzq_args[1] = (unsigned int volatile   )((unsigned int )((unsigned long )format));		8682	_zzq_args[1] = (unsigned int volatile   )((unsigned int )((unsigned long )format));
8602	_zzq_args[2] = (unsigned int volatile   )((unsigned int )((unsigned long )(& vargs)));		8683	_zzq_args[2] = (unsigned int volatile   )((unsigned int )((unsigned long )(& vargs)));
8603	_zzq_args[3] = (unsigned int volatile   )0U;		8684	_zzq_args[3] = (unsigned int volatile   )0U;
8604	_zzq_args[4] = (unsigned int volatile   )0U;		8685	_zzq_args[4] = (unsigned int volatile   )0U;
8605	_zzq_args[5] = (unsigned int volatile   )0U;		8686	_zzq_args[5] = (unsigned int volatile   )0U;
8606	__asm__  volatile   ("roll $3,  %%edi ; roll $13, %%edi\n\t"		8687	__asm__  volatile   ("roll $3,  %%edi ; roll $13, %%edi\n\t"
8607	"roll $29, %%edi ; roll $19, %%edi\n\t"		8688	"roll $29, %%edi ; roll $19, %%edi\n\t"
8608	"xchgl %%ebx,%%ebx": "=d" (_zzq_result): "a" (& _zzq_args[0]),		8689	"xchgl %%ebx,%%ebx": "=d" (_zzq_result): "a" (& _zzq_args[0]),
8609	"0" (0): "cc", "memory");		8690	"0" (0): "cc", "memory");
8610	_qzz_res = (unsigned long )_zzq_result;		8691	_qzz_res = (unsigned long )_zzq_result;
8611	__builtin_va_end(vargs);		8692	__builtin_va_end(vargs);
8612	return ((int )_qzz_res);		8693	return ((int )_qzz_res);
8613	}		8694	}
8614	}		8695	}
8615	extern Bool vgDrd_g_free_is_write ;		8696	extern Bool vgDrd_g_free_is_write ;
8616	extern void vgDrd_clientreq_init(void) ;		8697	extern void vgDrd_clientreq_init(void) ;
8617	extern void vgDrd_barrier_set_trace(Bool const   trace_barrier ) ;		8698	extern void vgDrd_barrier_set_trace(Bool const   trace_barrier ) ;
8618	extern void vgDrd_barrier_init(Addr const   barrier ,		8699	extern void vgDrd_barrier_init(Addr const   barrier ,
8619	BarrierT const   barrier_type ,		8700	BarrierT const   barrier_type ,
8620	Word const   count ,		8701	Word const   count ,
8621	Bool const   reinitialization ) ;		8702	Bool const   reinitialization ) ;
8622	extern void vgDrd_barrier_destroy(Addr const   barrier ,		8703	extern void vgDrd_barrier_destroy(Addr const   barrier ,
8623	BarrierT const   barrier_type ) ;		8704	BarrierT const   barrier_type ) ;
8624	extern void vgDrd_barrier_pre_wait(DrdThreadId const   tid ,		8705	extern void vgDrd_barrier_pre_wait(DrdThreadId const   tid ,
8625	Addr const   barrier ,		8706	Addr const   barrier ,
8626	BarrierT const   barrier_type ) ;		8707	BarrierT const   barrier_type ) ;
8627	extern void vgDrd_barrier_post_wait(DrdThreadId const   tid ,		8708	extern void vgDrd_barrier_post_wait(DrdThreadId const   tid ,
8628	Addr const   barrier ,		8709	Addr const   barrier ,
8629	BarrierT const   barrier_type ,		8710	BarrierT const   barrier_type ,
8630	Bool const   waited ,		8711	Bool const   waited ,
8631	Bool const   serializing ) ;		8712	Bool const   serializing ) ;
8632	extern void vgDrd_barrier_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;		8713	extern void vgDrd_barrier_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;
8633	extern ULong vgDrd_get_barrier_segment_creation_count(void) ;		8714	extern ULong vgDrd_get_barrier_segment_creation_count(void) ;
8634	extern XArray *vgPlain_newXA(void *(*alloc_fn)(HChar * , SizeT  ) , HChar *cc ,		8715	extern XArray *vgPlain_newXA(void *(*alloc_fn)(HChar * , SizeT  ) , HChar *cc ,
8635	void (*free_fn)(void * ) , Word elemSzB ) ;		8716	void (*free_fn)(void * ) , Word elemSzB ) ;
8636	extern void vgPlain_deleteXA(XArray * ) ;		8717	extern void vgPlain_deleteXA(XArray * ) ;
8637	extern void vgPlain_setCmpFnXA(XArray * , Int (*compar)(void * , void * ) ) ;		8718	extern void vgPlain_setCmpFnXA(XArray * , Int (*compar)(void * , void * ) ) ;
8638	extern Word vgPlain_addToXA(XArray * , void *elem ) ;		8719	extern Word vgPlain_addToXA(XArray * , void *elem ) ;
8639	extern Word vgPlain_addBytesToXA(XArray *xao , void *bytesV , Word nbytes ) ;		8720	extern Word vgPlain_addBytesToXA(XArray *xao , void *bytesV , Word nbytes ) ;
8640	extern void vgPlain_sortXA(XArray * ) ;		8721	extern void vgPlain_sortXA(XArray * ) ;
8641	extern Bool vgPlain_lookupXA(XArray * , void *key , Word *first , Word *last ) ;		8722	extern Bool vgPlain_lookupXA(XArray * , void *key , Word *first , Word *last ) ;
8642	extern Bool vgPlain_lookupXA_UNSAFE(XArray *xao , void *key , Word *first ,		8723	extern Bool vgPlain_lookupXA_UNSAFE(XArray *xao , void *key , Word *first ,
8643	Word *last , Int (*cmpFn)(void * , void * ) ) ;		8724	Word *last , Int (*cmpFn)(void * , void * ) ) ;
8644	extern Word vgPlain_sizeXA(XArray * ) ;		8725	extern Word vgPlain_sizeXA(XArray * ) ;
8645	extern void *vgPlain_indexXA(XArray * , Word  ) ;		8726	extern void *vgPlain_indexXA(XArray * , Word  ) ;
8646	extern void vgPlain_dropTailXA(XArray * , Word  ) ;		8727	extern void vgPlain_dropTailXA(XArray * , Word  ) ;
8647	extern void vgPlain_dropHeadXA(XArray * , Word  ) ;		8728	extern void vgPlain_dropHeadXA(XArray * , Word  ) ;
8648	extern XArray *vgPlain_cloneXA(HChar *cc , XArray *xa ) ;		8729	extern XArray *vgPlain_cloneXA(HChar *cc , XArray *xa ) ;
8649	extern void vgPlain_getContentsXA_UNSAFE(XArray *sr , void **ctsP , Word *usedP ) ;		8730	extern void vgPlain_getContentsXA_UNSAFE(XArray *sr , void **ctsP , Word *usedP ) ;
8650	extern void ( /* format attribute */  vgPlain_xaprintf)(XArray *dst ,		8731	extern void ( /* format attribute */  vgPlain_xaprintf)(XArray *dst ,
8651	HChar const   *format		8732	HChar const   *format
8652	, ...) ;		8733	, ...) ;
8653	extern void vgDrd_clientobj_set_trace(Bool const   trace ) ;		8734	extern void vgDrd_clientobj_set_trace(Bool const   trace ) ;
8654	extern void vgDrd_clientobj_init(void) ;		8735	extern void vgDrd_clientobj_init(void) ;
8655	extern void vgDrd_clientobj_cleanup(void) ;		8736	extern void vgDrd_clientobj_cleanup(void) ;
8656	extern DrdClientobj *vgDrd_clientobj_get_any(Addr const   addr ) ;		8737	extern DrdClientobj *vgDrd_clientobj_get_any(Addr const   addr ) ;
8657	extern DrdClientobj *vgDrd_clientobj_get(Addr const   addr , ObjType const   t ) ;		8738	extern DrdClientobj *vgDrd_clientobj_get(Addr const   addr , ObjType const   t ) ;
8658	extern Bool vgDrd_clientobj_present(Addr const   a1 , Addr const   a2 ) ;		8739	extern Bool vgDrd_clientobj_present(Addr const   a1 , Addr const   a2 ) ;
8659	extern DrdClientobj *vgDrd_clientobj_add(Addr const   a1 , ObjType const   t ) ;		8740	extern DrdClientobj *vgDrd_clientobj_add(Addr const   a1 , ObjType const   t ) ;
8660	extern Bool vgDrd_clientobj_remove(Addr const   addr , ObjType const   t ) ;		8741	extern Bool vgDrd_clientobj_remove(Addr const   addr , ObjType const   t ) ;
8661	extern void vgDrd_clientobj_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;		8742	extern void vgDrd_clientobj_stop_using_mem(Addr const   a1 , Addr const   a2 ) ;
8662	extern void vgDrd_clientobj_delete_thread(DrdThreadId const   tid ) ;		8743	extern void vgDrd_clientobj_delete_thread(DrdThreadId const   tid ) ;
8663	extern char const   *vgDrd_clientobj_type_name(ObjType const   t ) ;		8744	extern char const   *vgDrd_clientobj_type_name(ObjType const   t ) ;
8664	extern Addr vgDrd_pthread_cond_initializer ;		8745	extern Addr vgDrd_pthread_cond_initializer ;
8665	extern int vgDrd_pthread_cond_initializer_size ;		8746	extern int vgDrd_pthread_cond_initializer_size ;
8666	extern void vgDrd_cond_set_report_signal_unlocked(Bool const   r ) ;		8747	extern void vgDrd_cond_set_report_signal_unlocked(Bool const   r ) ;
8667	extern void vgDrd_cond_set_trace(Bool const   trace_cond ) ;		8748	extern void vgDrd_cond_set_trace(Bool const   trace_cond ) ;
8668	extern struct cond_info *vgDrd_cond_get(Addr const   cond ) ;		8749	extern struct cond_info *vgDrd_cond_get(Addr const   cond ) ;
8669	extern void vgDrd_cond_pre_init(Addr const   cond ) ;		8750	extern void vgDrd_cond_pre_init(Addr const   cond ) ;
8670	extern void vgDrd_cond_post_destroy(Addr const   cond ) ;		8751	extern void vgDrd_cond_post_destroy(Addr const   cond ) ;
8671	extern void vgDrd_cond_pre_wait(Addr const   cond , Addr const   mutex ) ;		8752	extern void vgDrd_cond_pre_wait(Addr const   cond , Addr const   mutex ) ;
8672	extern void vgDrd_cond_post_wait(Addr const   cond ) ;		8753	extern void vgDrd_cond_post_wait(Addr const   cond ) ;
8673	extern void vgDrd_cond_pre_signal(Addr const   cond ) ;		8754	extern void vgDrd_cond_pre_signal(Addr const   cond ) ;
8674	extern void vgDrd_cond_pre_broadcast(Addr const   cond ) ;		8755	extern void vgDrd_cond_pre_broadcast(Addr const   cond ) ;
8675	extern void vgDrd_mutex_set_trace(Bool const   trace_mutex ) ;		8756	extern void vgDrd_mutex_set_trace(Bool const   trace_mutex ) ;
8676	extern void vgDrd_mutex_set_lock_threshold(UInt const   lock_threshold_ms ) ;		8757	extern void vgDrd_mutex_set_lock_threshold(UInt const   lock_threshold_ms ) ;
8677	extern struct mutex_info *vgDrd_mutex_init(Addr const   mutex ,		8758	extern struct mutex_info *vgDrd_mutex_init(Addr const   mutex ,
8678	MutexT const   mutex_type ) ;		8759	MutexT const   mutex_type ) ;
8679	extern void vgDrd_mutex_post_destroy(Addr const   mutex ) ;		8760	extern void vgDrd_mutex_post_destroy(Addr const   mutex ) ;
8680	extern void vgDrd_not_a_mutex(Addr const   mutex ) ;		8761	extern void vgDrd_not_a_mutex(Addr const   mutex ) ;
8681	extern struct mutex_info *vgDrd_mutex_get(Addr const   mutex ) ;		8762	extern struct mutex_info *vgDrd_mutex_get(Addr const   mutex ) ;
8682	extern void vgDrd_mutex_pre_lock(Addr const   mutex ,		8763	extern void vgDrd_mutex_pre_lock(Addr const   mutex ,
8683	MutexT const   mutex_type ,		8764	MutexT const   mutex_type ,
8684	Bool const   trylock ) ;		8765	Bool const   trylock ) ;
8685	extern void vgDrd_mutex_post_lock(Addr const   mutex , Bool const   took_lock ,		8766	extern void vgDrd_mutex_post_lock(Addr const   mutex , Bool const   took_lock ,
8686	Bool const   post_cond_wait ) ;		8767	Bool const   post_cond_wait ) ;
8687	extern void vgDrd_mutex_unlock(Addr const   mutex , MutexT const   mutex_type ) ;		8768	extern void vgDrd_mutex_unlock(Addr const   mutex , MutexT const   mutex_type ) ;
8688	extern void vgDrd_spinlock_init_or_unlock(Addr const   spinlock ) ;		8769	extern void vgDrd_spinlock_init_or_unlock(Addr const   spinlock ) ;
8689	extern char const   *vgDrd_mutex_get_typename(struct mutex_info * const  p ) ;		8770	extern char const   *vgDrd_mutex_get_typename(struct mutex_info * const  p ) ;
8690	extern char const   *vgDrd_mutex_type_name(MutexT const   mt ) ;		8771	extern char const   *vgDrd_mutex_type_name(MutexT const   mt ) ;
8691	extern Bool vgDrd_mutex_is_locked_by(Addr const   mutex ,		8772	extern Bool vgDrd_mutex_is_locked_by(Addr const   mutex ,
8692	DrdThreadId const   tid ) ;		8773	DrdThreadId const   tid ) ;
8693	extern int vgDrd_mutex_get_recursion_count(Addr const   mutex ) ;		8774	extern int vgDrd_mutex_get_recursion_count(Addr const   mutex ) ;
8694	extern ULong vgDrd_get_mutex_lock_count(void) ;		8775	extern ULong vgDrd_get_mutex_lock_count(void) ;
8695	extern ULong vgDrd_get_mutex_segment_creation_count(void) ;		8776	extern ULong vgDrd_get_mutex_segment_creation_count(void) ;
8696	extern void vgDrd_semaphore_set_trace(Bool const   trace_semaphore ) ;		8777	extern void vgDrd_semaphore_set_trace(Bool const   trace_semaphore ) ;
8697	extern struct semaphore_info *vgDrd_semaphore_init(Addr const   semaphore ,		8778	extern struct semaphore_info *vgDrd_semaphore_init(Addr const   semaphore ,
8698	Word const   pshared ,		8779	Word const   pshared ,
8699	UInt const   value ) ;		8780	UInt const   value ) ;
8700	extern void vgDrd_semaphore_destroy(Addr const   semaphore ) ;		8781	extern void vgDrd_semaphore_destroy(Addr const   semaphore ) ;
8701	extern struct semaphore_info *vgDrd_semaphore_open(Addr const   semaphore ,		8782	extern struct semaphore_info *vgDrd_semaphore_open(Addr const   semaphore ,
8702	Char const   *name ,		8783	Char const   *name ,
8703	Word const   oflag ,		8784	Word const   oflag ,
8704	Word const   mode ,		8785	Word const   mode ,
8705	UInt const   value ) ;		8786	UInt const   value ) ;
8706	extern void vgDrd_semaphore_close(Addr const   semaphore ) ;		8787	extern void vgDrd_semaphore_close(Addr const   semaphore ) ;
8707	extern void vgDrd_semaphore_pre_wait(Addr const   semaphore ) ;		8788	extern void vgDrd_semaphore_pre_wait(Addr const   semaphore ) ;
8708	extern void vgDrd_semaphore_post_wait(DrdThreadId const   tid ,		8789	extern void vgDrd_semaphore_post_wait(DrdThreadId const   tid ,
8709	Addr const   semaphore ,		8790	Addr const   semaphore ,
8710	Bool const   waited ) ;		8791	Bool const   waited ) ;
8711	extern void vgDrd_semaphore_pre_post(DrdThreadId const   tid ,		8792	extern void vgDrd_semaphore_pre_post(DrdThreadId const   tid ,
8712	Addr const   semaphore ) ;		8793	Addr const   semaphore ) ;
8713	extern void vgDrd_semaphore_post_post(DrdThreadId const   tid ,		8794	extern void vgDrd_semaphore_post_post(DrdThreadId const   tid ,
8714	Addr const   semaphore ,		8795	Addr const   semaphore ,
8715	Bool const   waited ) ;		8796	Bool const   waited ) ;
8716	extern ULong vgDrd_get_semaphore_segment_creation_count(void) ;		8797	extern ULong vgDrd_get_semaphore_segment_creation_count(void) ;
8717	__inline static struct vki_cmsghdr *__vki_cmsg_nxthdr(void *__ctl ,		8798	__inline static struct vki_cmsghdr *__vki_cmsg_nxthdr(void *__ctl ,
8718	__vki_kernel_size_t __size ,		8799	__vki_kernel_size_t __size ,
8719	struct vki_cmsghdr *__cmsg )		8800	struct vki_cmsghdr *__cmsg )
8720	{		8801	{
8721	struct vki_cmsghdr *__ptr ;		8802	struct vki_cmsghdr *__ptr ;
8722			8803
8723	{		8804	{
8724	__ptr = (struct vki_cmsghdr *)((unsigned char *)__cmsg + (((__cmsg->cmsg_len + sizeof(long )) - 1U) & ~ (sizeof(long ) - 1U)));		8805	__ptr = (struct vki_cmsghdr *)((unsigned char *)__cmsg + (((__cmsg->cmsg_len + sizeof(long )) - 1U) & ~ (sizeof(long ) - 1U)));
8725	if ((unsigned long )((char *)(__ptr + 1) - (char *)__ctl) > (unsigned long )__size) {		8806	if ((unsigned long )((char *)(__ptr + 1) - (char *)__ctl) > (unsigned long )__size) {
8726	return ((struct vki_cmsghdr *)0);		8807	return ((struct vki_cmsghdr *)0);
8727	} else {		8808	} else {
8728			8809
8729	}		8810	}
8730	return (__ptr);		8811	return (__ptr);
8731	}		8812	}
8732	}		8813	}
8733	__inline static struct vki_cmsghdr *vki_cmsg_nxthdr(struct vki_msghdr *__msg ,		8814	__inline static struct vki_cmsghdr *vki_cmsg_nxthdr(struct vki_msghdr *__msg ,
8734	struct vki_cmsghdr *__cmsg )		8815	struct vki_cmsghdr *__cmsg )
8735	{		8816	{
8736	struct vki_cmsghdr *tmp ;		8817	struct vki_cmsghdr *tmp ;
8737			8818
8738	{		8819	{
8739	tmp = __vki_cmsg_nxthdr(__msg->msg_control, __msg->msg_controllen, __cmsg);		8820	tmp = __vki_cmsg_nxthdr(__msg->msg_control, __msg->msg_controllen, __cmsg);
8740	return (tmp);		8821	return (tmp);
8741	}		8822	}
8742	}		8823	}
8743	extern Char **vgPlain_client_envp ;		8824	extern Char **vgPlain_client_envp ;
8744	extern Char *vgPlain_getenv(Char *name ) ;		8825	extern Char *vgPlain_getenv(Char *name ) ;
8745	extern Char const   *vgPlain_libdir ;		8826	extern Char const   *vgPlain_libdir ;
8746	extern Char const   *vgPlain_LD_PRELOAD_var_name ;		8827	extern Char const   *vgPlain_LD_PRELOAD_var_name ;
8747	extern Int vgPlain_waitpid(Int pid , Int *status , Int options ) ;		8828	extern Int vgPlain_waitpid(Int pid , Int *status , Int options ) ;
8748	extern Int vgPlain_system(Char *cmd ) ;		8829	extern Int vgPlain_system(Char *cmd ) ;
8749	extern Int vgPlain_fork(void) ;		8830	extern Int vgPlain_fork(void) ;
8750	extern void vgPlain_execv(Char *filename , Char **argv ) ;		8831	extern void vgPlain_execv(Char *filename , Char **argv ) ;
8751	extern Int vgPlain_getrlimit(Int resource , struct vki_rlimit *rlim ) ;		8832	extern Int vgPlain_getrlimit(Int resource , struct vki_rlimit *rlim ) ;
8752	extern Int vgPlain_setrlimit(Int resource , struct vki_rlimit  const  *rlim ) ;		8833	extern Int vgPlain_setrlimit(Int resource , struct vki_rlimit  const  *rlim ) ;
8753	extern Int vgPlain_prctl(Int option , ULong arg2 , ULong arg3 , ULong arg4 ,		8834	extern Int vgPlain_prctl(Int option , ULong arg2 , ULong arg3 , ULong arg4 ,
8754	ULong arg5 ) ;		8835	ULong arg5 ) ;
8755	extern Int vgPlain_gettid(void) ;		8836	extern Int vgPlain_gettid(void) ;
8756	extern Int vgPlain_getpid(void) ;		8837	extern Int vgPlain_getpid(void) ;
8757	extern Int vgPlain_getppid(void) ;		8838	extern Int vgPlain_getppid(void) ;
8758	extern Int vgPlain_getpgrp(void) ;		8839	extern Int vgPlain_getpgrp(void) ;
8759	extern Int vgPlain_geteuid(void) ;		8840	extern Int vgPlain_geteuid(void) ;
8760	extern Int vgPlain_getegid(void) ;		8841	extern Int vgPlain_getegid(void) ;
8761	extern UInt vgPlain_read_millisecond_timer(void) ;		8842	extern UInt vgPlain_read_millisecond_timer(void) ;
8762	extern void vgPlain_atfork(void (*pre)(ThreadId  ) ,		8843	extern void vgPlain_atfork(void (*pre)(ThreadId  ) ,
8763	void (*parent)(ThreadId  ) ,		8844	void (*parent)(ThreadId  ) ,
8764	void (*child)(ThreadId  ) ) ;		8845	void (*child)(ThreadId  ) ) ;
8765	extern Int vgPlain_clo_verbosity ;		8846	extern Int vgPlain_clo_verbosity ;
8766	extern Bool vgPlain_clo_stats ;		8847	extern Bool vgPlain_clo_stats ;
8767	extern Int vgPlain_clo_vgdb_error ;		8848	extern Int vgPlain_clo_vgdb_error ;
8768	extern Bool vgPlain_clo_xml ;		8849	extern Bool vgPlain_clo_xml ;
8769	extern HChar *vgPlain_clo_xml_user_comment ;		8850	extern HChar *vgPlain_clo_xml_user_comment ;
8770	extern VexControl vgPlain_clo_vex_control ;		8851	extern VexControl vgPlain_clo_vex_control ;
8771	extern Int vgPlain_clo_backtrace_size ;		8852	extern Int vgPlain_clo_backtrace_size ;
8772	extern Bool vgPlain_clo_show_below_main ;		8853	extern Bool vgPlain_clo_show_below_main ;
8773	extern Char *vgPlain_expand_file_name(Char *option_name , Char *format ) ;		8854	extern Char *vgPlain_expand_file_name(Char *option_name , Char *format ) ;
8774	static void thread_append_segment(DrdThreadId const   tid , Segment * const  sg ) ;		8855	static void thread_append_segment(DrdThreadId const   tid , Segment * const  sg ) ;
8775	static void thread_discard_segment(DrdThreadId const   tid ,		8856	static void thread_discard_segment(DrdThreadId const   tid ,
8776	Segment * const  sg ) ;		8857	Segment * const  sg ) ;
8777	static void thread_compute_conflict_set(struct bitmap **conflict_set ,		8858	static void thread_compute_conflict_set(struct bitmap **conflict_set ,
8778	DrdThreadId const   tid ) ;		8859	DrdThreadId const   tid ) ;
8779	static Bool thread_conflict_set_up_to_date(DrdThreadId const   tid ) ;		8860	static Bool thread_conflict_set_up_to_date(DrdThreadId const   tid ) ;
8780	static ULong s_context_switch_count  ;		8861	static ULong s_context_switch_count  ;
8781	static ULong s_discard_ordered_segments_count  ;		8862	static ULong s_discard_ordered_segments_count  ;
8782	static ULong s_compute_conflict_set_count  ;		8863	static ULong s_compute_conflict_set_count  ;
8783	static ULong s_update_conflict_set_count  ;		8864	static ULong s_update_conflict_set_count  ;
8784	static ULong s_update_conflict_set_new_sg_count  ;		8865	static ULong s_update_conflict_set_new_sg_count  ;
8785	static ULong s_update_conflict_set_sync_count  ;		8866	static ULong s_update_conflict_set_sync_count  ;
8786	static ULong s_update_conflict_set_join_count  ;		8867	static ULong s_update_conflict_set_join_count  ;
8787	static ULong s_conflict_set_bitmap_creation_count  ;		8868	static ULong s_conflict_set_bitmap_creation_count  ;
8788	static ULong s_conflict_set_bitmap2_creation_count  ;		8869	static ULong s_conflict_set_bitmap2_creation_count  ;
8789	static ThreadId s_vg_running_tid  =    (ThreadId )0;		8870	static ThreadId s_vg_running_tid  =    (ThreadId )0;
8790	DrdThreadId vgDrd_g_drd_running_tid  =    (DrdThreadId )0;		8871	DrdThreadId vgDrd_g_drd_running_tid  =    (DrdThreadId )0;
8791	static Bool s_trace_context_switches  =    (Bool )0;		8872	static Bool s_trace_context_switches  =    (Bool )0;
8792	static Bool s_trace_conflict_set  =    (Bool )0;		8873	static Bool s_trace_conflict_set  =    (Bool )0;
8793	static Bool s_trace_conflict_set_bm  =    (Bool )0;		8874	static Bool s_trace_conflict_set_bm  =    (Bool )0;
8794	static Bool s_trace_fork_join  =    (Bool )0;		8875	static Bool s_trace_fork_join  =    (Bool )0;
8795	static Bool s_segment_merging  =    (Bool )1;		8876	static Bool s_segment_merging  =    (Bool )1;
8796	static Bool s_new_segments_since_last_merge  ;		8877	static Bool s_new_segments_since_last_merge  ;
8797	static int s_segment_merge_interval  =    10;		8878	static int s_segment_merge_interval  =    10;
8798	static unsigned int s_join_list_vol  =    10U;		8879	static unsigned int s_join_list_vol  =    10U;
8799	static unsigned int s_deletion_head  ;		8880	static unsigned int s_deletion_head  ;
8800	static unsigned int s_deletion_tail  ;		8881	static unsigned int s_deletion_tail  ;
8801	void vgDrd_thread_trace_context_switches(Bool const   t )		8882	void vgDrd_thread_trace_context_switches(Bool const   t )
8802	{		8883	{
8803	int tmp ;		8884	int tmp ;
8804	long tmp___0 ;		8885	long tmp___0 ;
8805			8886
8806	{		8887	{
8807	if ((int const   )t == 0) {		8888	if ((int const   )t == 0) {
8808	tmp = 1;		8889	tmp = 1;
8809	} else		8890	} else
8810	if ((int const   )t == 1) {		8891	if ((int const   )t == 1) {
8811	tmp = 1;		8892	tmp = 1;
8812	} else {		8893	} else {
8813	tmp = 0;		8894	tmp = 0;
8814	}		8895	}
8815	tmp___0 = __builtin_expect((long )tmp, 1L);		8896	tmp___0 = __builtin_expect((long )tmp, 1L);
8816	if (tmp___0) {		8897	if (tmp___0) {
8817			8898
8818	} else {		8899	} else {
8819	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",		8900	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",
8820	(Char const   *)"drd_thread.c", 88,		8901	(Char const   *)"drd_thread.c", 88,
8821	(Char const   *)"vgDrd_thread_trace_context_switches",		8902	(Char const   *)"vgDrd_thread_trace_context_switches",
8822	"");		8903	"");
8823	}		8904	}
8824	s_trace_context_switches = (Bool )t;		8905	s_trace_context_switches = (Bool )t;
8825	return;		8906	return;
8826	}		8907	}
8827	}		8908	}
8828	void vgDrd_thread_trace_conflict_set(Bool const   t )		8909	void vgDrd_thread_trace_conflict_set(Bool const   t )
8829	{		8910	{
8830	int tmp ;		8911	int tmp ;
8831	long tmp___0 ;		8912	long tmp___0 ;
8832			8913
8833	{		8914	{
8834	if ((int const   )t == 0) {		8915	if ((int const   )t == 0) {
8835	tmp = 1;		8916	tmp = 1;
8836	} else		8917	} else
8837	if ((int const   )t == 1) {		8918	if ((int const   )t == 1) {
8838	tmp = 1;		8919	tmp = 1;
8839	} else {		8920	} else {
8840	tmp = 0;		8921	tmp = 0;
8841	}		8922	}
8842	tmp___0 = __builtin_expect((long )tmp, 1L);		8923	tmp___0 = __builtin_expect((long )tmp, 1L);
8843	if (tmp___0) {		8924	if (tmp___0) {
8844			8925
8845	} else {		8926	} else {
8846	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",		8927	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",
8847	(Char const   *)"drd_thread.c", 95,		8928	(Char const   *)"drd_thread.c", 95,
8848	(Char const   *)"vgDrd_thread_trace_conflict_set", "");		8929	(Char const   *)"vgDrd_thread_trace_conflict_set", "");
8849	}		8930	}
8850	s_trace_conflict_set = (Bool )t;		8931	s_trace_conflict_set = (Bool )t;
8851	return;		8932	return;
8852	}		8933	}
8853	}		8934	}
8854	void vgDrd_thread_trace_conflict_set_bm(Bool const   t )		8935	void vgDrd_thread_trace_conflict_set_bm(Bool const   t )
8855	{		8936	{
8856	int tmp ;		8937	int tmp ;
8857	long tmp___0 ;		8938	long tmp___0 ;
8858			8939
8859	{		8940	{
8860	if ((int const   )t == 0) {		8941	if ((int const   )t == 0) {
8861	tmp = 1;		8942	tmp = 1;
8862	} else		8943	} else
8863	if ((int const   )t == 1) {		8944	if ((int const   )t == 1) {
8864	tmp = 1;		8945	tmp = 1;
8865	} else {		8946	} else {
8866	tmp = 0;		8947	tmp = 0;
8867	}		8948	}
8868	tmp___0 = __builtin_expect((long )tmp, 1L);		8949	tmp___0 = __builtin_expect((long )tmp, 1L);
8869	if (tmp___0) {		8950	if (tmp___0) {
8870			8951
8871	} else {		8952	} else {
8872	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",		8953	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",
8873	(Char const   *)"drd_thread.c", 102,		8954	(Char const   *)"drd_thread.c", 102,
8874	(Char const   *)"vgDrd_thread_trace_conflict_set_bm", "");		8955	(Char const   *)"vgDrd_thread_trace_conflict_set_bm", "");
8875	}		8956	}
8876	s_trace_conflict_set_bm = (Bool )t;		8957	s_trace_conflict_set_bm = (Bool )t;
8877	return;		8958	return;
8878	}		8959	}
8879	}		8960	}
8880	Bool vgDrd_thread_get_trace_fork_join(void)		8961	Bool vgDrd_thread_get_trace_fork_join(void)
8881	{		8962	{
8882			8963
8883			8964
8884	{		8965	{
8885	return (s_trace_fork_join);		8966	return (s_trace_fork_join);
8886	}		8967	}
8887	}		8968	}
8888	void vgDrd_thread_set_trace_fork_join(Bool const   t )		8969	void vgDrd_thread_set_trace_fork_join(Bool const   t )
8889	{		8970	{
8890	int tmp ;		8971	int tmp ;
8891	long tmp___0 ;		8972	long tmp___0 ;
8892			8973
8893	{		8974	{
8894	if ((int const   )t == 0) {		8975	if ((int const   )t == 0) {
8895	tmp = 1;		8976	tmp = 1;
8896	} else		8977	} else
8897	if ((int const   )t == 1) {		8978	if ((int const   )t == 1) {
8898	tmp = 1;		8979	tmp = 1;
8899	} else {		8980	} else {
8900	tmp = 0;		8981	tmp = 0;
8901	}		8982	}
8902	tmp___0 = __builtin_expect((long )tmp, 1L);		8983	tmp___0 = __builtin_expect((long )tmp, 1L);
8903	if (tmp___0) {		8984	if (tmp___0) {
8904			8985
8905	} else {		8986	} else {
8906	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",		8987	vgPlain_assert_fail((Bool )0, (Char const   *)"t == False || t == True",
8907	(Char const   *)"drd_thread.c", 115,		8988	(Char const   *)"drd_thread.c", 115,
8908	(Char const   *)"vgDrd_thread_set_trace_fork_join", "");		8989	(Char const   *)"vgDrd_thread_set_trace_fork_join", "");
8909	}		8990	}
8910	s_trace_fork_join = (Bool )t;		8991	s_trace_fork_join = (Bool )t;
8911	return;		8992	return;
8912	}		8993	}
8913	}		8994	}
8914	void vgDrd_thread_set_segment_merging(Bool const   m )		8995	void vgDrd_thread_set_segment_merging(Bool const   m )
8915	{		8996	{
8916	int tmp ;		8997	int tmp ;
8917	long tmp___0 ;		8998	long tmp___0 ;
8918			8999
8919	{		9000	{
8920	if ((int const   )m == 0) {		9001	if ((int const   )m == 0) {
8921	tmp = 1;		9002	tmp = 1;
8922	} else		9003	} else
8923	if ((int const   )m == 1) {		9004	if ((int const   )m == 1) {
8924	tmp = 1;		9005	tmp = 1;
8925	} else {		9006	} else {
8926	tmp = 0;		9007	tmp = 0;
8927	}		9008	}
8928	tmp___0 = __builtin_expect((long )tmp, 1L);		9009	tmp___0 = __builtin_expect((long )tmp, 1L);
8929	if (tmp___0) {		9010	if (tmp___0) {
8930			9011
8931	} else {		9012	} else {
8932	vgPlain_assert_fail((Bool )0, (Char const   *)"m == False || m == True",		9013	vgPlain_assert_fail((Bool )0, (Char const   *)"m == False || m == True",
8933	(Char const   *)"drd_thread.c", 122,		9014	(Char const   *)"drd_thread.c", 122,
8934	(Char const   *)"vgDrd_thread_set_segment_merging", "");		9015	(Char const   *)"vgDrd_thread_set_segment_merging", "");
8935	}		9016	}
8936	s_segment_merging = (Bool )m;		9017	s_segment_merging = (Bool )m;
8937	return;		9018	return;
8938	}		9019	}
8939	}		9020	}
8940	int vgDrd_thread_get_segment_merge_interval(void)		9021	int vgDrd_thread_get_segment_merge_interval(void)
8941	{		9022	{
8942			9023
8943			9024
8944	{		9025	{
8945	return (s_segment_merge_interval);		9026	return (s_segment_merge_interval);
8946	}		9027	}
8947	}		9028	}
8948	void vgDrd_thread_set_segment_merge_interval(int const   i )		9029	void vgDrd_thread_set_segment_merge_interval(int const   i )
8949	{		9030	{
8950			9031
8951			9032
8952	{		9033	{
8953	s_segment_merge_interval = (int )i;		9034	s_segment_merge_interval = (int )i;
8954	return;		9035	return;
8955	}		9036	}
8956	}		9037	}
8957	void vgDrd_thread_set_join_list_vol(int const   jlv )		9038	void vgDrd_thread_set_join_list_vol(int const   jlv )
8958	{		9039	{
8959			9040
8960			9041
8961	{		9042	{
8962	s_join_list_vol = (unsigned int )jlv;		9043	s_join_list_vol = (unsigned int )jlv;
8963	return;		9044	return;
8964	}		9045	}
8965	}		9046	}
8966	void vgDrd_thread_init(void)		9047	void vgDrd_thread_init(void)
8967	{		9048	{
8968			9049
8969			9050
8970	{		9051	{
8971	return;		9052	return;
8972	}		9053	}
8973	}		9054	}
8974	DrdThreadId vgDrd_VgThreadIdToDrdThreadId(ThreadId const   tid )		9055	DrdThreadId vgDrd_VgThreadIdToDrdThreadId(ThreadId const   tid )
8975	{		9056	{
8976	int i ;		9057	int i ;
8977			9058
8978	{		9059	{
8979	if (tid == 0U) {		9060	if (tid == 0U) {
8980	return ((DrdThreadId )0);		9061	return ((DrdThreadId )0);
8981	} else {		9062	} else {
8982			9063
8983	}		9064	}
8984	i = 1;		9065	i = 1;
8985	while (i < 500) {		9066	while (i < 500) {
8986	if ((int )vgDrd_g_threadinfo[i].vg_thread_exists == 1) {		9067	if ((int )vgDrd_g_threadinfo[i].vg_thread_exists == 1) {
8987	if (vgDrd_g_threadinfo[i].vg_threadid == (ThreadId )tid) {		9068	if (vgDrd_g_threadinfo[i].vg_threadid == (ThreadId )tid) {
8988	return ((DrdThreadId )i);		9069	return ((DrdThreadId )i);
8989	} else {		9070	} else {
8990			9071
8991	}		9072	}
8992	} else {		9073	} else {
8993			9074
8994	}		9075	}
8995	i ++;		9076	i ++;
8996	}		9077	}
8997	return ((DrdThreadId )0);		9078	return ((DrdThreadId )0);
8998	}		9079	}
8999	}		9080	}
9000	static DrdThreadId vgDrd_VgThreadIdToNewDrdThreadId(ThreadId const   tid )		9081	static DrdThreadId vgDrd_VgThreadIdToNewDrdThreadId(ThreadId const   tid )
9001	{		9082	{
9002	int i ;		9083	int i ;
9003	DrdThreadId tmp ;		9084	DrdThreadId tmp ;
9004	int tmp___0 ;		9085	int tmp___0 ;
9005	long tmp___1 ;		9086	long tmp___1 ;
9006	Bool tmp___2 ;		9087	Bool tmp___2 ;
9007	int tmp___3 ;		9088	int tmp___3 ;
9008	long tmp___4 ;		9089	long tmp___4 ;
9009	long tmp___5 ;		9090	long tmp___5 ;
9010	long tmp___6 ;		9091	long tmp___6 ;
9011	Bool tmp___7 ;		9092	Bool tmp___7 ;
9012	int tmp___8 ;		9093	int tmp___8 ;
9013	long tmp___9 ;		9094	long tmp___9 ;
9014	long tmp___10 ;		9095	long tmp___10 ;
9015			9096
9016	{		9097	{
9017	tmp = vgDrd_VgThreadIdToDrdThreadId(tid);		9098	tmp = vgDrd_VgThreadIdToDrdThreadId(tid);
9018	if (tmp == 0U) {		9099	if (tmp == 0U) {
9019	tmp___0 = 1;		9100	tmp___0 = 1;
9020	} else {		9101	} else {
9021	tmp___0 = 0;		9102	tmp___0 = 0;
9022	}		9103	}
9023	tmp___1 = __builtin_expect((long )tmp___0, 1L);		9104	tmp___1 = __builtin_expect((long )tmp___0, 1L);
9024	if (tmp___1) {		9105	if (tmp___1) {
9025			9106
9026	} else {		9107	} else {
9027	vgPlain_assert_fail((Bool )0,		9108	vgPlain_assert_fail((Bool )0,
9028	(Char const   *)"DRD_(VgThreadIdToDrdThreadId)(tid) == DRD_INVALID_THREADID",		9109	(Char const   *)"DRD_(VgThreadIdToDrdThreadId)(tid) == DRD_INVALID_THREADID",
9029	(Char const   *)"drd_thread.c", 177,		9110	(Char const   *)"drd_thread.c", 177,
9030	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId", "");		9111	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId", "");
9031	}		9112	}
9032	i = 1;		9113	i = 1;
9033	while (i < 500) {		9114	while (i < 500) {
9034	if (! vgDrd_g_threadinfo[i].valid) {		9115	if (! vgDrd_g_threadinfo[i].valid) {
9035	tmp___2 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);		9116	tmp___2 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);
9036	if (tmp___2) {		9117	if (tmp___2) {
9037	tmp___3 = 0;		9118	tmp___3 = 0;
9038	} else {		9119	} else {
9039	tmp___3 = 1;		9120	tmp___3 = 1;
9040	}		9121	}
9041	tmp___4 = __builtin_expect((long )tmp___3, 1L);		9122	tmp___4 = __builtin_expect((long )tmp___3, 1L);
9042	if (tmp___4) {		9123	if (tmp___4) {
9043			9124
9044	} else {		9125	} else {
9045	vgPlain_assert_fail((Bool )0,		9126	vgPlain_assert_fail((Bool )0,
9046	(Char const   *)"! DRD_(IsValidDrdThreadId)(i)",		9127	(Char const   *)"! DRD_(IsValidDrdThreadId)(i)",
9047	(Char const   *)"drd_thread.c", 183,		9128	(Char const   *)"drd_thread.c", 183,
9048	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",		9129	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",
9049	"");		9130	"");
9050	}		9131	}
9051	vgDrd_g_threadinfo[i].valid = (Bool )1;		9132	vgDrd_g_threadinfo[i].valid = (Bool )1;
9052	vgDrd_g_threadinfo[i].vg_thread_exists = (Bool )1;		9133	vgDrd_g_threadinfo[i].vg_thread_exists = (Bool )1;
9053	vgDrd_g_threadinfo[i].vg_threadid = (ThreadId )tid;		9134	vgDrd_g_threadinfo[i].vg_threadid = (ThreadId )tid;
9054	vgDrd_g_threadinfo[i].pt_threadid = (PThreadId )0;		9135	vgDrd_g_threadinfo[i].pt_threadid = (PThreadId )0;
9055	vgDrd_g_threadinfo[i].stack_min = (Addr )0;		9136	vgDrd_g_threadinfo[i].stack_min = (Addr )0;
9056	vgDrd_g_threadinfo[i].stack_min_min = (Addr )0;		9137	vgDrd_g_threadinfo[i].stack_min_min = (Addr )0;
9057	vgDrd_g_threadinfo[i].stack_startup = (Addr )0;		9138	vgDrd_g_threadinfo[i].stack_startup = (Addr )0;
9058	vgDrd_g_threadinfo[i].stack_max = (Addr )0;		9139	vgDrd_g_threadinfo[i].stack_max = (Addr )0;
9059	vgDrd_thread_set_name((DrdThreadId const   )i,		9140	vgDrd_thread_set_name((DrdThreadId const   )i,
9060	(char const   */* const  */)"");		9141	(char const   */* const  */)"");
9061	vgDrd_g_threadinfo[i].on_alt_stack = (Bool )0;		9142	vgDrd_g_threadinfo[i].on_alt_stack = (Bool )0;
9062	vgDrd_g_threadinfo[i].is_recording_loads = (Bool )1;		9143	vgDrd_g_threadinfo[i].is_recording_loads = (Bool )1;
9063	vgDrd_g_threadinfo[i].is_recording_stores = (Bool )1;		9144	vgDrd_g_threadinfo[i].is_recording_stores = (Bool )1;
9064	vgDrd_g_threadinfo[i].pthread_create_nesting_level = 0;		9145	vgDrd_g_threadinfo[i].pthread_create_nesting_level = 0;
9065	vgDrd_g_threadinfo[i].synchr_nesting = 0;		9146	vgDrd_g_threadinfo[i].synchr_nesting = 0;
9066	vgDrd_g_threadinfo[i].deletion_seq = s_deletion_tail - 1U;		9147	vgDrd_g_threadinfo[i].deletion_seq = s_deletion_tail - 1U;
9067	tmp___5 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[i].sg_first == (unsigned int )((void *)0)))),		9148	tmp___5 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[i].sg_first == (unsigned int )((void *)0)))),
9068	1L);		9149	1L);
9069	if (tmp___5) {		9150	if (tmp___5) {
9070			9151
9071	} else {		9152	} else {
9072	vgPlain_assert_fail((Bool )0,		9153	vgPlain_assert_fail((Bool )0,
9073	(Char const   *)"DRD_(g_threadinfo)[i].sg_first == NULL",		9154	(Char const   *)"DRD_(g_threadinfo)[i].sg_first == NULL",
9074	(Char const   *)"drd_thread.c", 200,		9155	(Char const   *)"drd_thread.c", 200,
9075	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",		9156	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",
9076	"");		9157	"");
9077	}		9158	}
9078	tmp___6 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[i].sg_last == (unsigned int )((void *)0)))),		9159	tmp___6 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[i].sg_last == (unsigned int )((void *)0)))),
9079	1L);		9160	1L);
9080	if (tmp___6) {		9161	if (tmp___6) {
9081			9162
9082	} else {		9163	} else {
9083	vgPlain_assert_fail((Bool )0,		9164	vgPlain_assert_fail((Bool )0,
9084	(Char const   *)"DRD_(g_threadinfo)[i].sg_last == NULL",		9165	(Char const   *)"DRD_(g_threadinfo)[i].sg_last == NULL",
9085	(Char const   *)"drd_thread.c", 201,		9166	(Char const   *)"drd_thread.c", 201,
9086	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",		9167	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",
9087	"");		9168	"");
9088	}		9169	}
9089	tmp___7 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);		9170	tmp___7 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);
9090	if (tmp___7) {		9171	if (tmp___7) {
9091	tmp___8 = 1;		9172	tmp___8 = 1;
9092	} else {		9173	} else {
9093	tmp___8 = 0;		9174	tmp___8 = 0;
9094	}		9175	}
9095	tmp___9 = __builtin_expect((long )tmp___8, 1L);		9176	tmp___9 = __builtin_expect((long )tmp___8, 1L);
9096	if (tmp___9) {		9177	if (tmp___9) {
9097			9178
9098	} else {		9179	} else {
9099	vgPlain_assert_fail((Bool )0,		9180	vgPlain_assert_fail((Bool )0,
9100	(Char const   *)"DRD_(IsValidDrdThreadId)(i)",		9181	(Char const   *)"DRD_(IsValidDrdThreadId)(i)",
9101	(Char const   *)"drd_thread.c", 203,		9182	(Char const   *)"drd_thread.c", 203,
9102	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",		9183	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId",
9103	"");		9184	"");
9104	}		9185	}
9105	return ((DrdThreadId )i);		9186	return ((DrdThreadId )i);
9106	} else {		9187	} else {
9107			9188
9108	}		9189	}
9109	i ++;		9190	i ++;
9110	}		9191	}
9111	vgPlain_printf("\nSorry, but the maximum number of threads supported by DRD has been exceeded.Aborting.\n");		9192	vgPlain_printf("\nSorry, but the maximum number of threads supported by DRD has been exceeded.Aborting.\n");
9112	tmp___10 = __builtin_expect(0L, 1L);		9193	tmp___10 = __builtin_expect(0L, 1L);
9113	if (tmp___10) {		9194	if (tmp___10) {
9114			9195
9115	} else {		9196	} else {
9116	vgPlain_assert_fail((Bool )0, (Char const   *)"False",		9197	vgPlain_assert_fail((Bool )0, (Char const   *)"False",
9117	(Char const   *)"drd_thread.c", 213,		9198	(Char const   *)"drd_thread.c", 213,
9118	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId", "");		9199	(Char const   *)"vgDrd_VgThreadIdToNewDrdThreadId", "");
9119	}		9200	}
9120	return ((DrdThreadId )0);		9201	return ((DrdThreadId )0);
9121	}		9202	}
9122	}		9203	}
9123	DrdThreadId vgDrd_PtThreadIdToDrdThreadId(PThreadId const   tid )		9204	DrdThreadId vgDrd_PtThreadIdToDrdThreadId(PThreadId const   tid )
9124	{		9205	{
9125	int i ;		9206	int i ;
9126			9207
9127	{		9208	{
9128	if (tid != 0UL) {		9209	if (tid != 0UL) {
9129	i = 1;		9210	i = 1;
9130	while (i < 500) {		9211	while (i < 500) {
9131	if (vgDrd_g_threadinfo[i].posix_thread_exists) {		9212	if (vgDrd_g_threadinfo[i].posix_thread_exists) {
9132	if (vgDrd_g_threadinfo[i].pt_threadid == (PThreadId )tid) {		9213	if (vgDrd_g_threadinfo[i].pt_threadid == (PThreadId )tid) {
9133	return ((DrdThreadId )i);		9214	return ((DrdThreadId )i);
9134	} else {		9215	} else {
9135			9216
9136	}		9217	}
9137	} else {		9218	} else {
9138			9219
9139	}		9220	}
9140	i ++;		9221	i ++;
9141	}		9222	}
9142	} else {		9223	} else {
9143			9224
9144	}		9225	}
9145	return ((DrdThreadId )0);		9226	return ((DrdThreadId )0);
9146	}		9227	}
9147	}		9228	}
9148	ThreadId vgDrd_DrdThreadIdToVgThreadId(DrdThreadId const   tid )		9229	ThreadId vgDrd_DrdThreadIdToVgThreadId(DrdThreadId const   tid )
9149	{		9230	{
9150	int tmp ;		9231	int tmp ;
9151	long tmp___0 ;		9232	long tmp___0 ;
9152	ThreadId tmp___1 ;		9233	ThreadId tmp___1 ;
9153			9234
9154	{		9235	{
9155	if (0 <= (int )tid) {		9236	if (0 <= (int )tid) {
9156	if (tid < 500U) {		9237	if (tid < 500U) {
9157	if (tid != 0U) {		9238	if (tid != 0U) {
9158	tmp = 1;		9239	tmp = 1;
9159	} else {		9240	} else {
9160	tmp = 0;		9241	tmp = 0;
9161	}		9242	}
9162	} else {		9243	} else {
9163	tmp = 0;		9244	tmp = 0;
9164	}		9245	}
9165	} else {		9246	} else {
9166	tmp = 0;		9247	tmp = 0;
9167	}		9248	}
9168	tmp___0 = __builtin_expect((long )tmp, 1L);		9249	tmp___0 = __builtin_expect((long )tmp, 1L);
9169	if (tmp___0) {		9250	if (tmp___0) {
9170			9251
9171	} else {		9252	} else {
9172	vgPlain_assert_fail((Bool )0,		9253	vgPlain_assert_fail((Bool )0,
9173	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9254	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9174	(Char const   *)"drd_thread.c", 241,		9255	(Char const   *)"drd_thread.c", 241,
9175	(Char const   *)"vgDrd_DrdThreadIdToVgThreadId", "");		9256	(Char const   *)"vgDrd_DrdThreadIdToVgThreadId", "");
9176	}		9257	}
9177	if (vgDrd_g_threadinfo[tid].vg_thread_exists) {		9258	if (vgDrd_g_threadinfo[tid].vg_thread_exists) {
9178	tmp___1 = vgDrd_g_threadinfo[tid].vg_threadid;		9259	tmp___1 = vgDrd_g_threadinfo[tid].vg_threadid;
9179	} else {		9260	} else {
9180	tmp___1 = (ThreadId )0;		9261	tmp___1 = (ThreadId )0;
9181	}		9262	}
9182	return (tmp___1);		9263	return (tmp___1);
9183	}		9264	}
9184	}		9265	}
9185	DrdThreadId vgDrd_thread_pre_create(DrdThreadId const   creator ,		9266	DrdThreadId vgDrd_thread_pre_create(DrdThreadId const   creator ,
9186	ThreadId const   vg_created )		9267	ThreadId const   vg_created )
9187	{		9268	{
9188	DrdThreadId created ;		9269	DrdThreadId created ;
9189	DrdThreadId tmp ;		9270	DrdThreadId tmp ;
9190	int tmp___0 ;		9271	int tmp___0 ;
9191	long tmp___1 ;		9272	long tmp___1 ;
9192	int tmp___2 ;		9273	int tmp___2 ;
9193	long tmp___3 ;		9274	long tmp___3 ;
9194	long tmp___4 ;		9275	long tmp___4 ;
9195	long tmp___5 ;		9276	long tmp___5 ;
9196	Segment *tmp___6 ;		9277	Segment *tmp___6 ;
9197			9278
9198	{		9279	{
9199	tmp = vgDrd_VgThreadIdToDrdThreadId(vg_created);		9280	tmp = vgDrd_VgThreadIdToDrdThreadId(vg_created);
9200	if (tmp == 0U) {		9281	if (tmp == 0U) {
9201	tmp___0 = 1;		9282	tmp___0 = 1;
9202	} else {		9283	} else {
9203	tmp___0 = 0;		9284	tmp___0 = 0;
9204	}		9285	}
9205	tmp___1 = __builtin_expect((long )tmp___0, 1L);		9286	tmp___1 = __builtin_expect((long )tmp___0, 1L);
9206	if (tmp___1) {		9287	if (tmp___1) {
9207			9288
9208	} else {		9289	} else {
9209	vgPlain_assert_fail((Bool )0,		9290	vgPlain_assert_fail((Bool )0,
9210	(Char const   *)"DRD_(VgThreadIdToDrdThreadId)(vg_created) == DRD_INVALID_THREADID",		9291	(Char const   *)"DRD_(VgThreadIdToDrdThreadId)(vg_created) == DRD_INVALID_THREADID",
9211	(Char const   *)"drd_thread.c", 292,		9292	(Char const   *)"drd_thread.c", 292,
9212	(Char const   *)"vgDrd_thread_pre_create", "");		9293	(Char const   *)"vgDrd_thread_pre_create", "");
9213	}		9294	}
9214	created = vgDrd_VgThreadIdToNewDrdThreadId(vg_created);		9295	created = vgDrd_VgThreadIdToNewDrdThreadId(vg_created);
9215	if (0 <= (int )created) {		9296	if (0 <= (int )created) {
9216	if (created < 500U) {		9297	if (created < 500U) {
9217	if (created != 0U) {		9298	if (created != 0U) {
9218	tmp___2 = 1;		9299	tmp___2 = 1;
9219	} else {		9300	} else {
9220	tmp___2 = 0;		9301	tmp___2 = 0;
9221	}		9302	}
9222	} else {		9303	} else {
9223	tmp___2 = 0;		9304	tmp___2 = 0;
9224	}		9305	}
9225	} else {		9306	} else {
9226	tmp___2 = 0;		9307	tmp___2 = 0;
9227	}		9308	}
9228	tmp___3 = __builtin_expect((long )tmp___2, 1L);		9309	tmp___3 = __builtin_expect((long )tmp___2, 1L);
9229	if (tmp___3) {		9310	if (tmp___3) {
9230			9311
9231	} else {		9312	} else {
9232	vgPlain_assert_fail((Bool )0,		9313	vgPlain_assert_fail((Bool )0,
9233	(Char const   *)"0 <= (int)created && created < DRD_N_THREADS && created != DRD_INVALID_THREADID",		9314	(Char const   *)"0 <= (int)created && created < DRD_N_THREADS && created != DRD_INVALID_THREADID",
9234	(Char const   *)"drd_thread.c", 295,		9315	(Char const   *)"drd_thread.c", 295,
9235	(Char const   *)"vgDrd_thread_pre_create", "");		9316	(Char const   *)"vgDrd_thread_pre_create", "");
9236	}		9317	}
9237	tmp___4 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[created].sg_first == (unsigned int )((void *)0)))),		9318	tmp___4 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[created].sg_first == (unsigned int )((void *)0)))),
9238	1L);		9319	1L);
9239	if (tmp___4) {		9320	if (tmp___4) {
9240			9321
9241	} else {		9322	} else {
9242	vgPlain_assert_fail((Bool )0,		9323	vgPlain_assert_fail((Bool )0,
9243	(Char const   *)"DRD_(g_threadinfo)[created].sg_first == NULL",		9324	(Char const   *)"DRD_(g_threadinfo)[created].sg_first == NULL",
9244	(Char const   *)"drd_thread.c", 297,		9325	(Char const   *)"drd_thread.c", 297,
9245	(Char const   *)"vgDrd_thread_pre_create", "");		9326	(Char const   *)"vgDrd_thread_pre_create", "");
9246	}		9327	}
9247	tmp___5 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[created].sg_last == (unsigned int )((void *)0)))),		9328	tmp___5 = __builtin_expect((long )(! (! ((unsigned int )vgDrd_g_threadinfo[created].sg_last == (unsigned int )((void *)0)))),
9248	1L);		9329	1L);
9249	if (tmp___5) {		9330	if (tmp___5) {
9250			9331
9251	} else {		9332	} else {
9252	vgPlain_assert_fail((Bool )0,		9333	vgPlain_assert_fail((Bool )0,
9253	(Char const   *)"DRD_(g_threadinfo)[created].sg_last == NULL",		9334	(Char const   *)"DRD_(g_threadinfo)[created].sg_last == NULL",
9254	(Char const   *)"drd_thread.c", 298,		9335	(Char const   *)"drd_thread.c", 298,
9255	(Char const   *)"vgDrd_thread_pre_create", "");		9336	(Char const   *)"vgDrd_thread_pre_create", "");
9256	}		9337	}
9257	tmp___6 = vgDrd_sg_new(creator, (DrdThreadId const   )created);		9338	tmp___6 = vgDrd_sg_new(creator, (DrdThreadId const   )created);
9258	thread_append_segment((DrdThreadId const   )created,		9339	thread_append_segment((DrdThreadId const   )created,
9259	(Segment */* const  */)tmp___6);		9340	(Segment */* const  */)tmp___6);
9260	return (created);		9341	return (created);
9261	}		9342	}
9262	}		9343	}
9263	DrdThreadId vgDrd_thread_post_create(ThreadId const   vg_created )		9344	DrdThreadId vgDrd_thread_post_create(ThreadId const   vg_created )
9264	{		9345	{
9265	DrdThreadId created ;		9346	DrdThreadId created ;
9266	DrdThreadId tmp ;		9347	DrdThreadId tmp ;
9267	int tmp___0 ;		9348	int tmp___0 ;
9268	long tmp___1 ;		9349	long tmp___1 ;
9269	long tmp___2 ;		9350	long tmp___2 ;
9270			9351
9271	{		9352	{
9272	tmp = vgDrd_VgThreadIdToDrdThreadId(vg_created);		9353	tmp = vgDrd_VgThreadIdToDrdThreadId(vg_created);
9273	created = tmp;		9354	created = tmp;
9274	if (0 <= (int )created) {		9355	if (0 <= (int )created) {
9275	if (created < 500U) {		9356	if (created < 500U) {
9276	if (created != 0U) {		9357	if (created != 0U) {
9277	tmp___0 = 1;		9358	tmp___0 = 1;
9278	} else {		9359	} else {
9279	tmp___0 = 0;		9360	tmp___0 = 0;
9280	}		9361	}
9281	} else {		9362	} else {
9282	tmp___0 = 0;		9363	tmp___0 = 0;
9283	}		9364	}
9284	} else {		9365	} else {
9285	tmp___0 = 0;		9366	tmp___0 = 0;
9286	}		9367	}
9287	tmp___1 = __builtin_expect((long )tmp___0, 1L);		9368	tmp___1 = __builtin_expect((long )tmp___0, 1L);
9288	if (tmp___1) {		9369	if (tmp___1) {
9289			9370
9290	} else {		9371	} else {
9291	vgPlain_assert_fail((Bool )0,		9372	vgPlain_assert_fail((Bool )0,
9292	(Char const   *)"0 <= (int)created && created < DRD_N_THREADS && created != DRD_INVALID_THREADID",		9373	(Char const   *)"0 <= (int)created && created < DRD_N_THREADS && created != DRD_INVALID_THREADID",
9293	(Char const   *)"drd_thread.c", 320,		9374	(Char const   *)"drd_thread.c", 320,
9294	(Char const   *)"vgDrd_thread_post_create", "");		9375	(Char const   *)"vgDrd_thread_post_create", "");
9295	}		9376	}
9296	vgDrd_g_threadinfo[created].stack_max = vgPlain_thread_get_stack_max((ThreadId )vg_created);		9377	vgDrd_g_threadinfo[created].stack_max = vgPlain_thread_get_stack_max((ThreadId )vg_created);
9297	vgDrd_g_threadinfo[created].stack_startup = vgDrd_g_threadinfo[created].stack_max;		9378	vgDrd_g_threadinfo[created].stack_startup = vgDrd_g_threadinfo[created].stack_max;
9298	vgDrd_g_threadinfo[created].stack_min = vgDrd_g_threadinfo[created].stack_max;		9379	vgDrd_g_threadinfo[created].stack_min = vgDrd_g_threadinfo[created].stack_max;
9299	vgDrd_g_threadinfo[created].stack_min_min = vgDrd_g_threadinfo[created].stack_max;		9380	vgDrd_g_threadinfo[created].stack_min_min = vgDrd_g_threadinfo[created].stack_max;
9300	vgDrd_g_threadinfo[created].stack_size = vgPlain_thread_get_stack_size((ThreadId )vg_created);		9381	vgDrd_g_threadinfo[created].stack_size = vgPlain_thread_get_stack_size((ThreadId )vg_created);
9301	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[created].stack_max != 0UL))),		9382	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[created].stack_max != 0UL))),
9302	1L);		9383	1L);
9303	if (tmp___2) {		9384	if (tmp___2) {
9304			9385
9305	} else {		9386	} else {
9306	vgPlain_assert_fail((Bool )0,		9387	vgPlain_assert_fail((Bool )0,
9307	(Char const   *)"DRD_(g_threadinfo)[created].stack_max != 0",		9388	(Char const   *)"DRD_(g_threadinfo)[created].stack_max != 0",
9308	(Char const   *)"drd_thread.c", 332,		9389	(Char const   *)"drd_thread.c", 332,
9309	(Char const   *)"vgDrd_thread_post_create", "");		9390	(Char const   *)"vgDrd_thread_post_create", "");
9310	}		9391	}
9311	return (created);		9392	return (created);
9312	}		9393	}
9313	}		9394	}
9314	static void vgDrd_thread_delayed_delete(DrdThreadId const   tid )		9395	static void vgDrd_thread_delayed_delete(DrdThreadId const   tid )
9315	{		9396	{
9316	int j ;		9397	int j ;
9317	unsigned int tmp ;		9398	unsigned int tmp ;
9318	Bool tmp___0 ;		9399	Bool tmp___0 ;
9319			9400
9320	{		9401	{
9321	vgDrd_g_threadinfo[tid].vg_thread_exists = (Bool )0;		9402	vgDrd_g_threadinfo[tid].vg_thread_exists = (Bool )0;
9322	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )0;		9403	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )0;
9323	tmp = s_deletion_head;		9404	tmp = s_deletion_head;
9324	s_deletion_head ++;		9405	s_deletion_head ++;
9325	vgDrd_g_threadinfo[tid].deletion_seq = tmp;		9406	vgDrd_g_threadinfo[tid].deletion_seq = tmp;
9326	if (s_deletion_head - s_deletion_tail >= s_join_list_vol) {		9407	if (s_deletion_head - s_deletion_tail >= s_join_list_vol) {
9327	j = 0;		9408	j = 0;
9328	while (j < 500) {		9409	while (j < 500) {
9329	tmp___0 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);		9410	tmp___0 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);
9330	if (tmp___0) {		9411	if (tmp___0) {
9331	if (vgDrd_g_threadinfo[j].deletion_seq == s_deletion_tail) {		9412	if (vgDrd_g_threadinfo[j].deletion_seq == s_deletion_tail) {
9332	s_deletion_tail ++;		9413	s_deletion_tail ++;
9333	vgDrd_thread_delete((DrdThreadId const   )j, (Bool )0);		9414	vgDrd_thread_delete((DrdThreadId const   )j, (Bool )0);
9334	break;		9415	break;
9335	} else {		9416	} else {
9336			9417
9337	}		9418	}
9338	} else {		9419	} else {
9339			9420
9340	}		9421	}
9341	j ++;		9422	j ++;
9342	}		9423	}
9343	} else {		9424	} else {
9344			9425
9345	}		9426	}
9346	return;		9427	return;
9347	}		9428	}
9348	}		9429	}
9349	void vgDrd_thread_post_join(DrdThreadId drd_joiner , DrdThreadId drd_joinee )		9430	void vgDrd_thread_post_join(DrdThreadId drd_joiner , DrdThreadId drd_joinee )
9350	{		9431	{
9351	Bool tmp ;		9432	Bool tmp ;
9352	int tmp___0 ;		9433	int tmp___0 ;
9353	long tmp___1 ;		9434	long tmp___1 ;
9354	Bool tmp___2 ;		9435	Bool tmp___2 ;
9355	int tmp___3 ;		9436	int tmp___3 ;
9356	long tmp___4 ;		9437	long tmp___4 ;
9357	ThreadId joiner ;		9438	ThreadId joiner ;
9358	ThreadId tmp___5 ;		9439	ThreadId tmp___5 ;
9359	unsigned int msg_size ;		9440	unsigned int msg_size ;
9360	char *msg ;		9441	char *msg ;
9361	void *tmp___6 ;		9442	void *tmp___6 ;
9362	long tmp___7 ;		9443	long tmp___7 ;
9363	char *vc ;		9444	char *vc ;
9364	VectorClock *tmp___8 ;		9445	VectorClock *tmp___8 ;
9365	SizeT tmp___9 ;		9446	SizeT tmp___9 ;
9366	SizeT tmp___10 ;		9447	SizeT tmp___10 ;
9367	Addr tmp___11 ;		9448	Addr tmp___11 ;
9368	Addr tmp___12 ;		9449	Addr tmp___12 ;
9369	SizeT tmp___13 ;		9450	SizeT tmp___13 ;
9370	Bool tmp___14 ;		9451	Bool tmp___14 ;
9371			9452
9372	{		9453	{
9373	tmp = vgDrd_IsValidDrdThreadId((DrdThreadId const   )drd_joiner);		9454	tmp = vgDrd_IsValidDrdThreadId((DrdThreadId const   )drd_joiner);
9374	if (tmp) {		9455	if (tmp) {
9375	tmp___0 = 1;		9456	tmp___0 = 1;
9376	} else {		9457	} else {
9377	tmp___0 = 0;		9458	tmp___0 = 0;
9378	}		9459	}
9379	tmp___1 = __builtin_expect((long )tmp___0, 1L);		9460	tmp___1 = __builtin_expect((long )tmp___0, 1L);
9380	if (tmp___1) {		9461	if (tmp___1) {
9381			9462
9382	} else {		9463	} else {
9383	vgPlain_assert_fail((Bool )0,		9464	vgPlain_assert_fail((Bool )0,
9384	(Char const   *)"DRD_(IsValidDrdThreadId)(drd_joiner)",		9465	(Char const   *)"DRD_(IsValidDrdThreadId)(drd_joiner)",
9385	(Char const   *)"drd_thread.c", 369,		9466	(Char const   *)"drd_thread.c", 369,
9386	(Char const   *)"vgDrd_thread_post_join", "");		9467	(Char const   *)"vgDrd_thread_post_join", "");
9387	}		9468	}
9388	tmp___2 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )drd_joinee);		9469	tmp___2 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )drd_joinee);
9389	if (tmp___2) {		9470	if (tmp___2) {
9390	tmp___3 = 1;		9471	tmp___3 = 1;
9391	} else {		9472	} else {
9392	tmp___3 = 0;		9473	tmp___3 = 0;
9393	}		9474	}
9394	tmp___4 = __builtin_expect((long )tmp___3, 1L);		9475	tmp___4 = __builtin_expect((long )tmp___3, 1L);
9395	if (tmp___4) {		9476	if (tmp___4) {
9396			9477
9397	} else {		9478	} else {
9398	vgPlain_assert_fail((Bool )0,		9479	vgPlain_assert_fail((Bool )0,
9399	(Char const   *)"DRD_(IsValidDrdThreadId)(drd_joinee)",		9480	(Char const   *)"DRD_(IsValidDrdThreadId)(drd_joinee)",
9400	(Char const   *)"drd_thread.c", 370,		9481	(Char const   *)"drd_thread.c", 370,
9401	(Char const   *)"vgDrd_thread_post_join", "");		9482	(Char const   *)"vgDrd_thread_post_join", "");
9402	}		9483	}
9403	vgDrd_thread_new_segment((DrdThreadId const   )drd_joiner);		9484	vgDrd_thread_new_segment((DrdThreadId const   )drd_joiner);
9404	vgDrd_thread_combine_vc_join((DrdThreadId const   )drd_joiner,		9485	vgDrd_thread_combine_vc_join((DrdThreadId const   )drd_joiner,
9405	(DrdThreadId const   )drd_joinee);		9486	(DrdThreadId const   )drd_joinee);
9406	vgDrd_thread_new_segment((DrdThreadId const   )drd_joinee);		9487	vgDrd_thread_new_segment((DrdThreadId const   )drd_joinee);
9407	if (s_trace_fork_join) {		9488	if (s_trace_fork_join) {
9408	tmp___5 = vgDrd_DrdThreadIdToVgThreadId((DrdThreadId const   )drd_joiner);		9489	tmp___5 = vgDrd_DrdThreadIdToVgThreadId((DrdThreadId const   )drd_joiner);
9409	joiner = tmp___5;		9490	joiner = tmp___5;
9410	msg_size = 256U;		9491	msg_size = 256U;
9411	tmp___6 = vgPlain_malloc((HChar *)"drd.main.dptj.1", (SizeT )msg_size);		9492	tmp___6 = vgPlain_malloc((HChar *)"drd.main.dptj.1", (SizeT )msg_size);
9412	msg = (char *)tmp___6;		9493	msg = (char *)tmp___6;
9413	tmp___7 = __builtin_expect((long )(! (! msg)), 1L);		9494	tmp___7 = __builtin_expect((long )(! (! msg)), 1L);
9414	if (tmp___7) {		9495	if (tmp___7) {
9415			9496
9416	} else {		9497	} else {
9417	vgPlain_assert_fail((Bool )0, (Char const   *)"msg",		9498	vgPlain_assert_fail((Bool )0, (Char const   *)"msg",
9418	(Char const   *)"drd_thread.c", 383,		9499	(Char const   *)"drd_thread.c", 383,
9419	(Char const   *)"vgDrd_thread_post_join", "");		9500	(Char const   *)"vgDrd_thread_post_join", "");
9420	}		9501	}
9421	vgPlain_snprintf((Char *)msg, (Int )msg_size,		9502	vgPlain_snprintf((Char *)msg, (Int )msg_size,
9422	"drd_post_thread_join joiner = %d, joinee = %d",		9503	"drd_post_thread_join joiner = %d, joinee = %d",
9423	drd_joiner, drd_joinee);		9504	drd_joiner, drd_joinee);
9424	if (joiner) {		9505	if (joiner) {
9425	tmp___8 = vgDrd_thread_get_vc((DrdThreadId const   )drd_joiner);		9506	tmp___8 = vgDrd_thread_get_vc((DrdThreadId const   )drd_joiner);
9426	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___8);		9507	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___8);
9427	tmp___9 = vgPlain_strlen((Char const   *)msg);		9508	tmp___9 = vgPlain_strlen((Char const   *)msg);
9428	tmp___10 = vgPlain_strlen((Char const   *)msg);		9509	tmp___10 = vgPlain_strlen((Char const   *)msg);
9429	vgPlain_snprintf((Char *)(msg + tmp___10),		9510	vgPlain_snprintf((Char *)(msg + tmp___10),
9430	(Int )((SizeT )msg_size - tmp___9), ", new vc: %s", vc);		9511	(Int )((SizeT )msg_size - tmp___9), ", new vc: %s", vc);
9431	vgPlain_free((void *)vc);		9512	vgPlain_free((void *)vc);
9432	} else {		9513	} else {
9433			9514
9434	}		9515	}
9435	vgDrd_trace_msg("%pS", msg);		9516	vgDrd_trace_msg("%pS", msg);
9436	vgPlain_free((void *)msg);		9517	vgPlain_free((void *)msg);
9437	} else {		9518	} else {
9438			9519
9439	}		9520	}
9440	tmp___14 = vgDrd_get_check_stack_accesses();		9521	tmp___14 = vgDrd_get_check_stack_accesses();
9441	if (tmp___14) {		9522	if (tmp___14) {
9442			9523
9443	} else {		9524	} else {
9444	tmp___11 = vgDrd_thread_get_stack_max((DrdThreadId const   )drd_joinee);		9525	tmp___11 = vgDrd_thread_get_stack_max((DrdThreadId const   )drd_joinee);
9445	tmp___12 = vgDrd_thread_get_stack_max((DrdThreadId const   )drd_joinee);		9526	tmp___12 = vgDrd_thread_get_stack_max((DrdThreadId const   )drd_joinee);
9446	tmp___13 = vgDrd_thread_get_stack_size((DrdThreadId const   )drd_joinee);		9527	tmp___13 = vgDrd_thread_get_stack_size((DrdThreadId const   )drd_joinee);
9447	vgDrd_finish_suppression((Addr const   )(tmp___12 - tmp___13),		9528	vgDrd_finish_suppression((Addr const   )(tmp___12 - tmp___13),
9448	(Addr const   )tmp___11);		9529	(Addr const   )tmp___11);
9449	}		9530	}
9450	vgDrd_clientobj_delete_thread((DrdThreadId const   )drd_joinee);		9531	vgDrd_clientobj_delete_thread((DrdThreadId const   )drd_joinee);
9451	vgDrd_thread_delayed_delete((DrdThreadId const   )drd_joinee);		9532	vgDrd_thread_delayed_delete((DrdThreadId const   )drd_joinee);
9452	return;		9533	return;
9453	}		9534	}
9454	}		9535	}
9455	void vgDrd_thread_set_stack_startup(DrdThreadId const   tid ,		9536	void vgDrd_thread_set_stack_startup(DrdThreadId const   tid ,
9456	Addr const   stack_startup )		9537	Addr const   stack_startup )
9457	{		9538	{
9458	int tmp ;		9539	int tmp ;
9459	long tmp___0 ;		9540	long tmp___0 ;
9460	long tmp___1 ;		9541	long tmp___1 ;
9461	long tmp___2 ;		9542	long tmp___2 ;
9462			9543
9463	{		9544	{
9464	if (0 <= (int )tid) {		9545	if (0 <= (int )tid) {
9465	if (tid < 500U) {		9546	if (tid < 500U) {
9466	if (tid != 0U) {		9547	if (tid != 0U) {
9467	tmp = 1;		9548	tmp = 1;
9468	} else {		9549	} else {
9469	tmp = 0;		9550	tmp = 0;
9470	}		9551	}
9471	} else {		9552	} else {
9472	tmp = 0;		9553	tmp = 0;
9473	}		9554	}
9474	} else {		9555	} else {
9475	tmp = 0;		9556	tmp = 0;
9476	}		9557	}
9477	tmp___0 = __builtin_expect((long )tmp, 1L);		9558	tmp___0 = __builtin_expect((long )tmp, 1L);
9478	if (tmp___0) {		9559	if (tmp___0) {
9479			9560
9480	} else {		9561	} else {
9481	vgPlain_assert_fail((Bool )0,		9562	vgPlain_assert_fail((Bool )0,
9482	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9563	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9483	(Char const   *)"drd_thread.c", 420,		9564	(Char const   *)"drd_thread.c", 420,
9484	(Char const   *)"vgDrd_thread_set_stack_startup", "");		9565	(Char const   *)"vgDrd_thread_set_stack_startup", "");
9485	}		9566	}
9486	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].stack_min <= (Addr )stack_startup))),		9567	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].stack_min <= (Addr )stack_startup))),
9487	1L);		9568	1L);
9488	if (tmp___1) {		9569	if (tmp___1) {
9489			9570
9490	} else {		9571	} else {
9491	vgPlain_assert_fail((Bool )0,		9572	vgPlain_assert_fail((Bool )0,
9492	(Char const   *)"DRD_(g_threadinfo)[tid].stack_min <= stack_startup",		9573	(Char const   *)"DRD_(g_threadinfo)[tid].stack_min <= stack_startup",
9493	(Char const   *)"drd_thread.c", 421,		9574	(Char const   *)"drd_thread.c", 421,
9494	(Char const   *)"vgDrd_thread_set_stack_startup", "");		9575	(Char const   *)"vgDrd_thread_set_stack_startup", "");
9495	}		9576	}
9496	tmp___2 = __builtin_expect((long )(! (! (stack_startup <= (Addr const   )vgDrd_g_threadinfo[tid].stack_max))),		9577	tmp___2 = __builtin_expect((long )(! (! (stack_startup <= (Addr const   )vgDrd_g_threadinfo[tid].stack_max))),
9497	1L);		9578	1L);
9498	if (tmp___2) {		9579	if (tmp___2) {
9499			9580
9500	} else {		9581	} else {
9501	vgPlain_assert_fail((Bool )0,		9582	vgPlain_assert_fail((Bool )0,
9502	(Char const   *)"stack_startup <= DRD_(g_threadinfo)[tid].stack_max",		9583	(Char const   *)"stack_startup <= DRD_(g_threadinfo)[tid].stack_max",
9503	(Char const   *)"drd_thread.c", 422,		9584	(Char const   *)"drd_thread.c", 422,
9504	(Char const   *)"vgDrd_thread_set_stack_startup", "");		9585	(Char const   *)"vgDrd_thread_set_stack_startup", "");
9505	}		9586	}
9506	vgDrd_g_threadinfo[tid].stack_startup = (Addr )stack_startup;		9587	vgDrd_g_threadinfo[tid].stack_startup = (Addr )stack_startup;
9507	return;		9588	return;
9508	}		9589	}
9509	}		9590	}
9510	Addr vgDrd_thread_get_stack_min(DrdThreadId const   tid )		9591	Addr vgDrd_thread_get_stack_min(DrdThreadId const   tid )
9511	{		9592	{
9512	int tmp ;		9593	int tmp ;
9513	long tmp___0 ;		9594	long tmp___0 ;
9514			9595
9515	{		9596	{
9516	if (0 <= (int )tid) {		9597	if (0 <= (int )tid) {
9517	if (tid < 500U) {		9598	if (tid < 500U) {
9518	if (tid != 0U) {		9599	if (tid != 0U) {
9519	tmp = 1;		9600	tmp = 1;
9520	} else {		9601	} else {
9521	tmp = 0;		9602	tmp = 0;
9522	}		9603	}
9523	} else {		9604	} else {
9524	tmp = 0;		9605	tmp = 0;
9525	}		9606	}
9526	} else {		9607	} else {
9527	tmp = 0;		9608	tmp = 0;
9528	}		9609	}
9529	tmp___0 = __builtin_expect((long )tmp, 1L);		9610	tmp___0 = __builtin_expect((long )tmp, 1L);
9530	if (tmp___0) {		9611	if (tmp___0) {
9531			9612
9532	} else {		9613	} else {
9533	vgPlain_assert_fail((Bool )0,		9614	vgPlain_assert_fail((Bool )0,
9534	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9615	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9535	(Char const   *)"drd_thread.c", 430,		9616	(Char const   *)"drd_thread.c", 430,
9536	(Char const   *)"vgDrd_thread_get_stack_min", "");		9617	(Char const   *)"vgDrd_thread_get_stack_min", "");
9537	}		9618	}
9538	return (vgDrd_g_threadinfo[tid].stack_min);		9619	return (vgDrd_g_threadinfo[tid].stack_min);
9539	}		9620	}
9540	}		9621	}
9541	Addr vgDrd_thread_get_stack_min_min(DrdThreadId const   tid )		9622	Addr vgDrd_thread_get_stack_min_min(DrdThreadId const   tid )
9542	{		9623	{
9543	int tmp ;		9624	int tmp ;
9544	long tmp___0 ;		9625	long tmp___0 ;
9545			9626
9546	{		9627	{
9547	if (0 <= (int )tid) {		9628	if (0 <= (int )tid) {
9548	if (tid < 500U) {		9629	if (tid < 500U) {
9549	if (tid != 0U) {		9630	if (tid != 0U) {
9550	tmp = 1;		9631	tmp = 1;
9551	} else {		9632	} else {
9552	tmp = 0;		9633	tmp = 0;
9553	}		9634	}
9554	} else {		9635	} else {
9555	tmp = 0;		9636	tmp = 0;
9556	}		9637	}
9557	} else {		9638	} else {
9558	tmp = 0;		9639	tmp = 0;
9559	}		9640	}
9560	tmp___0 = __builtin_expect((long )tmp, 1L);		9641	tmp___0 = __builtin_expect((long )tmp, 1L);
9561	if (tmp___0) {		9642	if (tmp___0) {
9562			9643
9563	} else {		9644	} else {
9564	vgPlain_assert_fail((Bool )0,		9645	vgPlain_assert_fail((Bool )0,
9565	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9646	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9566	(Char const   *)"drd_thread.c", 441,		9647	(Char const   *)"drd_thread.c", 441,
9567	(Char const   *)"vgDrd_thread_get_stack_min_min", "");		9648	(Char const   *)"vgDrd_thread_get_stack_min_min", "");
9568	}		9649	}
9569	return (vgDrd_g_threadinfo[tid].stack_min_min);		9650	return (vgDrd_g_threadinfo[tid].stack_min_min);
9570	}		9651	}
9571	}		9652	}
9572	Addr vgDrd_thread_get_stack_max(DrdThreadId const   tid )		9653	Addr vgDrd_thread_get_stack_max(DrdThreadId const   tid )
9573	{		9654	{
9574	int tmp ;		9655	int tmp ;
9575	long tmp___0 ;		9656	long tmp___0 ;
9576			9657
9577	{		9658	{
9578	if (0 <= (int )tid) {		9659	if (0 <= (int )tid) {
9579	if (tid < 500U) {		9660	if (tid < 500U) {
9580	if (tid != 0U) {		9661	if (tid != 0U) {
9581	tmp = 1;		9662	tmp = 1;
9582	} else {		9663	} else {
9583	tmp = 0;		9664	tmp = 0;
9584	}		9665	}
9585	} else {		9666	} else {
9586	tmp = 0;		9667	tmp = 0;
9587	}		9668	}
9588	} else {		9669	} else {
9589	tmp = 0;		9670	tmp = 0;
9590	}		9671	}
9591	tmp___0 = __builtin_expect((long )tmp, 1L);		9672	tmp___0 = __builtin_expect((long )tmp, 1L);
9592	if (tmp___0) {		9673	if (tmp___0) {
9593			9674
9594	} else {		9675	} else {
9595	vgPlain_assert_fail((Bool )0,		9676	vgPlain_assert_fail((Bool )0,
9596	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9677	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9597	(Char const   *)"drd_thread.c", 449,		9678	(Char const   *)"drd_thread.c", 449,
9598	(Char const   *)"vgDrd_thread_get_stack_max", "");		9679	(Char const   *)"vgDrd_thread_get_stack_max", "");
9599	}		9680	}
9600	return (vgDrd_g_threadinfo[tid].stack_max);		9681	return (vgDrd_g_threadinfo[tid].stack_max);
9601	}		9682	}
9602	}		9683	}
9603	SizeT vgDrd_thread_get_stack_size(DrdThreadId const   tid )		9684	SizeT vgDrd_thread_get_stack_size(DrdThreadId const   tid )
9604	{		9685	{
9605	int tmp ;		9686	int tmp ;
9606	long tmp___0 ;		9687	long tmp___0 ;
9607			9688
9608	{		9689	{
9609	if (0 <= (int )tid) {		9690	if (0 <= (int )tid) {
9610	if (tid < 500U) {		9691	if (tid < 500U) {
9611	if (tid != 0U) {		9692	if (tid != 0U) {
9612	tmp = 1;		9693	tmp = 1;
9613	} else {		9694	} else {
9614	tmp = 0;		9695	tmp = 0;
9615	}		9696	}
9616	} else {		9697	} else {
9617	tmp = 0;		9698	tmp = 0;
9618	}		9699	}
9619	} else {		9700	} else {
9620	tmp = 0;		9701	tmp = 0;
9621	}		9702	}
9622	tmp___0 = __builtin_expect((long )tmp, 1L);		9703	tmp___0 = __builtin_expect((long )tmp, 1L);
9623	if (tmp___0) {		9704	if (tmp___0) {
9624			9705
9625	} else {		9706	} else {
9626	vgPlain_assert_fail((Bool )0,		9707	vgPlain_assert_fail((Bool )0,
9627	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9708	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9628	(Char const   *)"drd_thread.c", 457,		9709	(Char const   *)"drd_thread.c", 457,
9629	(Char const   *)"vgDrd_thread_get_stack_size", "");		9710	(Char const   *)"vgDrd_thread_get_stack_size", "");
9630	}		9711	}
9631	return (vgDrd_g_threadinfo[tid].stack_size);		9712	return (vgDrd_g_threadinfo[tid].stack_size);
9632	}		9713	}
9633	}		9714	}
9634	Bool vgDrd_thread_get_on_alt_stack(DrdThreadId const   tid )		9715	Bool vgDrd_thread_get_on_alt_stack(DrdThreadId const   tid )
9635	{		9716	{
9636	int tmp ;		9717	int tmp ;
9637	long tmp___0 ;		9718	long tmp___0 ;
9638			9719
9639	{		9720	{
9640	if (0 <= (int )tid) {		9721	if (0 <= (int )tid) {
9641	if (tid < 500U) {		9722	if (tid < 500U) {
9642	if (tid != 0U) {		9723	if (tid != 0U) {
9643	tmp = 1;		9724	tmp = 1;
9644	} else {		9725	} else {
9645	tmp = 0;		9726	tmp = 0;
9646	}		9727	}
9647	} else {		9728	} else {
9648	tmp = 0;		9729	tmp = 0;
9649	}		9730	}
9650	} else {		9731	} else {
9651	tmp = 0;		9732	tmp = 0;
9652	}		9733	}
9653	tmp___0 = __builtin_expect((long )tmp, 1L);		9734	tmp___0 = __builtin_expect((long )tmp, 1L);
9654	if (tmp___0) {		9735	if (tmp___0) {
9655			9736
9656	} else {		9737	} else {
9657	vgPlain_assert_fail((Bool )0,		9738	vgPlain_assert_fail((Bool )0,
9658	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9739	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9659	(Char const   *)"drd_thread.c", 464,		9740	(Char const   *)"drd_thread.c", 464,
9660	(Char const   *)"vgDrd_thread_get_on_alt_stack", "");		9741	(Char const   *)"vgDrd_thread_get_on_alt_stack", "");
9661	}		9742	}
9662	return (vgDrd_g_threadinfo[tid].on_alt_stack);		9743	return (vgDrd_g_threadinfo[tid].on_alt_stack);
9663	}		9744	}
9664	}		9745	}
9665	void vgDrd_thread_set_on_alt_stack(DrdThreadId const   tid ,		9746	void vgDrd_thread_set_on_alt_stack(DrdThreadId const   tid ,
9666	Bool const   on_alt_stack )		9747	Bool const   on_alt_stack )
9667	{		9748	{
9668	int tmp ;		9749	int tmp ;
9669	long tmp___0 ;		9750	long tmp___0 ;
9670	long tmp___1 ;		9751	long tmp___1 ;
9671			9752
9672	{		9753	{
9673	if (0 <= (int )tid) {		9754	if (0 <= (int )tid) {
9674	if (tid < 500U) {		9755	if (tid < 500U) {
9675	if (tid != 0U) {		9756	if (tid != 0U) {
9676	tmp = 1;		9757	tmp = 1;
9677	} else {		9758	} else {
9678	tmp = 0;		9759	tmp = 0;
9679	}		9760	}
9680	} else {		9761	} else {
9681	tmp = 0;		9762	tmp = 0;
9682	}		9763	}
9683	} else {		9764	} else {
9684	tmp = 0;		9765	tmp = 0;
9685	}		9766	}
9686	tmp___0 = __builtin_expect((long )tmp, 1L);		9767	tmp___0 = __builtin_expect((long )tmp, 1L);
9687	if (tmp___0) {		9768	if (tmp___0) {
9688			9769
9689	} else {		9770	} else {
9690	vgPlain_assert_fail((Bool )0,		9771	vgPlain_assert_fail((Bool )0,
9691	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9772	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9692	(Char const   *)"drd_thread.c", 472,		9773	(Char const   *)"drd_thread.c", 472,
9693	(Char const   *)"vgDrd_thread_set_on_alt_stack", "");		9774	(Char const   *)"vgDrd_thread_set_on_alt_stack", "");
9694	}		9775	}
9695	tmp___1 = __builtin_expect((long )(! (! ((int const   )on_alt_stack == (int const   )(! (! on_alt_stack))))),		9776	tmp___1 = __builtin_expect((long )(! (! ((int const   )on_alt_stack == (int const   )(! (! on_alt_stack))))),
9696	1L);		9777	1L);
9697	if (tmp___1) {		9778	if (tmp___1) {
9698			9779
9699	} else {		9780	} else {
9700	vgPlain_assert_fail((Bool )0,		9781	vgPlain_assert_fail((Bool )0,
9701	(Char const   *)"on_alt_stack == !!on_alt_stack",		9782	(Char const   *)"on_alt_stack == !!on_alt_stack",
9702	(Char const   *)"drd_thread.c", 473,		9783	(Char const   *)"drd_thread.c", 473,
9703	(Char const   *)"vgDrd_thread_set_on_alt_stack", "");		9784	(Char const   *)"vgDrd_thread_set_on_alt_stack", "");
9704	}		9785	}
9705	vgDrd_g_threadinfo[tid].on_alt_stack = (Bool )on_alt_stack;		9786	vgDrd_g_threadinfo[tid].on_alt_stack = (Bool )on_alt_stack;
9706	return;		9787	return;
9707	}		9788	}
9708	}		9789	}
9709	Int vgDrd_thread_get_threads_on_alt_stack(void)		9790	Int vgDrd_thread_get_threads_on_alt_stack(void)
9710	{		9791	{
9711	int i ;		9792	int i ;
9712	int n ;		9793	int n ;
9713			9794
9714	{		9795	{
9715	n = 0;		9796	n = 0;
9716	i = 1;		9797	i = 1;
9717	while (i < 500) {		9798	while (i < 500) {
9718	n += (int )vgDrd_g_threadinfo[i].on_alt_stack;		9799	n += (int )vgDrd_g_threadinfo[i].on_alt_stack;
9719	i ++;		9800	i ++;
9720	}		9801	}
9721	return (n);		9802	return (n);
9722	}		9803	}
9723	}		9804	}
9724	void vgDrd_thread_delete(DrdThreadId const   tid , Bool const   detached )		9805	void vgDrd_thread_delete(DrdThreadId const   tid , Bool const   detached )
9725	{		9806	{
9726	Segment *sg ;		9807	Segment *sg ;
9727	Segment *sg_prev ;		9808	Segment *sg_prev ;
9728	Bool tmp ;		9809	Bool tmp ;
9729	int tmp___0 ;		9810	int tmp___0 ;
9730	long tmp___1 ;		9811	long tmp___1 ;
9731	long tmp___2 ;		9812	long tmp___2 ;
9732	long tmp___3 ;		9813	long tmp___3 ;
9733	Bool tmp___4 ;		9814	Bool tmp___4 ;
9734	int tmp___5 ;		9815	int tmp___5 ;
9735	long tmp___6 ;		9816	long tmp___6 ;
9736			9817
9737	{		9818	{
9738	tmp = vgDrd_IsValidDrdThreadId(tid);		9819	tmp = vgDrd_IsValidDrdThreadId(tid);
9739	if (tmp) {		9820	if (tmp) {
9740	tmp___0 = 1;		9821	tmp___0 = 1;
9741	} else {		9822	} else {
9742	tmp___0 = 0;		9823	tmp___0 = 0;
9743	}		9824	}
9744	tmp___1 = __builtin_expect((long )tmp___0, 1L);		9825	tmp___1 = __builtin_expect((long )tmp___0, 1L);
9745	if (tmp___1) {		9826	if (tmp___1) {
9746			9827
9747	} else {		9828	} else {
9748	vgPlain_assert_fail((Bool )0,		9829	vgPlain_assert_fail((Bool )0,
9749	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",		9830	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",
9750	(Char const   *)"drd_thread.c", 494,		9831	(Char const   *)"drd_thread.c", 494,
9751	(Char const   *)"vgDrd_thread_delete", "");		9832	(Char const   *)"vgDrd_thread_delete", "");
9752	}		9833	}
9753	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].synchr_nesting >= 0))),		9834	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].synchr_nesting >= 0))),
9754	1L);		9835	1L);
9755	if (tmp___2) {		9836	if (tmp___2) {
9756			9837
9757	} else {		9838	} else {
9758	vgPlain_assert_fail((Bool )0,		9839	vgPlain_assert_fail((Bool )0,
9759	(Char const   *)"DRD_(g_threadinfo)[tid].synchr_nesting >= 0",		9840	(Char const   *)"DRD_(g_threadinfo)[tid].synchr_nesting >= 0",
9760	(Char const   *)"drd_thread.c", 496,		9841	(Char const   *)"drd_thread.c", 496,
9761	(Char const   *)"vgDrd_thread_delete", "");		9842	(Char const   *)"vgDrd_thread_delete", "");
9762	}		9843	}
9763	sg = vgDrd_g_threadinfo[tid].sg_last;		9844	sg = vgDrd_g_threadinfo[tid].sg_last;
9764	while (sg) {		9845	while (sg) {
9765	sg_prev = sg->thr_prev;		9846	sg_prev = sg->thr_prev;
9766	sg->thr_next = (struct segment *)((void *)0);		9847	sg->thr_next = (struct segment *)((void *)0);
9767	sg->thr_prev = (struct segment *)((void *)0);		9848	sg->thr_prev = (struct segment *)((void *)0);
9768	vgDrd_sg_put((Segment */* const  */)sg);		9849	vgDrd_sg_put((Segment */* const  */)sg);
9769	sg = sg_prev;		9850	sg = sg_prev;
9770	}		9851	}
9771	vgDrd_g_threadinfo[tid].valid = (Bool )0;		9852	vgDrd_g_threadinfo[tid].valid = (Bool )0;
9772	vgDrd_g_threadinfo[tid].vg_thread_exists = (Bool )0;		9853	vgDrd_g_threadinfo[tid].vg_thread_exists = (Bool )0;
9773	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )0;		9854	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )0;
9774	if (detached) {		9855	if (detached) {
9775	vgDrd_g_threadinfo[tid].detached_posix_thread = (Bool )0;		9856	vgDrd_g_threadinfo[tid].detached_posix_thread = (Bool )0;
9776	} else {		9857	} else {
9777	tmp___3 = __builtin_expect((long )(! (! (! vgDrd_g_threadinfo[tid].detached_posix_thread))),		9858	tmp___3 = __builtin_expect((long )(! (! (! vgDrd_g_threadinfo[tid].detached_posix_thread))),
9778	1L);		9859	1L);
9779	if (tmp___3) {		9860	if (tmp___3) {
9780			9861
9781	} else {		9862	} else {
9782	vgPlain_assert_fail((Bool )0,		9863	vgPlain_assert_fail((Bool )0,
9783	(Char const   *)"!DRD_(g_threadinfo)[tid].detached_posix_thread",		9864	(Char const   *)"!DRD_(g_threadinfo)[tid].detached_posix_thread",
9784	(Char const   *)"drd_thread.c", 509,		9865	(Char const   *)"drd_thread.c", 509,
9785	(Char const   *)"vgDrd_thread_delete", "");		9866	(Char const   *)"vgDrd_thread_delete", "");
9786	}		9867	}
9787	}		9868	}
9788	vgDrd_g_threadinfo[tid].sg_first = (struct segment *)((void *)0);		9869	vgDrd_g_threadinfo[tid].sg_first = (struct segment *)((void *)0);
9789	vgDrd_g_threadinfo[tid].sg_last = (struct segment *)((void *)0);		9870	vgDrd_g_threadinfo[tid].sg_last = (struct segment *)((void *)0);
9790	tmp___4 = vgDrd_IsValidDrdThreadId(tid);		9871	tmp___4 = vgDrd_IsValidDrdThreadId(tid);
9791	if (tmp___4) {		9872	if (tmp___4) {
9792	tmp___5 = 0;		9873	tmp___5 = 0;
9793	} else {		9874	} else {
9794	tmp___5 = 1;		9875	tmp___5 = 1;
9795	}		9876	}
9796	tmp___6 = __builtin_expect((long )tmp___5, 1L);		9877	tmp___6 = __builtin_expect((long )tmp___5, 1L);
9797	if (tmp___6) {		9878	if (tmp___6) {
9798			9879
9799	} else {		9880	} else {
9800	vgPlain_assert_fail((Bool )0,		9881	vgPlain_assert_fail((Bool )0,
9801	(Char const   *)"!DRD_(IsValidDrdThreadId)(tid)",		9882	(Char const   *)"!DRD_(IsValidDrdThreadId)(tid)",
9802	(Char const   *)"drd_thread.c", 513,		9883	(Char const   *)"drd_thread.c", 513,
9803	(Char const   *)"vgDrd_thread_delete", "");		9884	(Char const   *)"vgDrd_thread_delete", "");
9804	}		9885	}
9805	return;		9886	return;
9806	}		9887	}
9807	}		9888	}
9808	void vgDrd_thread_finished(DrdThreadId const   tid )		9889	void vgDrd_thread_finished(DrdThreadId const   tid )
9809	{		9890	{
9810	int tmp ;		9891	int tmp ;
9811	long tmp___0 ;		9892	long tmp___0 ;
9812			9893
9813	{		9894	{
9814	if (0 <= (int )tid) {		9895	if (0 <= (int )tid) {
9815	if (tid < 500U) {		9896	if (tid < 500U) {
9816	if (tid != 0U) {		9897	if (tid != 0U) {
9817	tmp = 1;		9898	tmp = 1;
9818	} else {		9899	} else {
9819	tmp = 0;		9900	tmp = 0;
9820	}		9901	}
9821	} else {		9902	} else {
9822	tmp = 0;		9903	tmp = 0;
9823	}		9904	}
9824	} else {		9905	} else {
9825	tmp = 0;		9906	tmp = 0;
9826	}		9907	}
9827	tmp___0 = __builtin_expect((long )tmp, 1L);		9908	tmp___0 = __builtin_expect((long )tmp, 1L);
9828	if (tmp___0) {		9909	if (tmp___0) {
9829			9910
9830	} else {		9911	} else {
9831	vgPlain_assert_fail((Bool )0,		9912	vgPlain_assert_fail((Bool )0,
9832	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9913	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9833	(Char const   *)"drd_thread.c", 524,		9914	(Char const   *)"drd_thread.c", 524,
9834	(Char const   *)"vgDrd_thread_finished", "");		9915	(Char const   *)"vgDrd_thread_finished", "");
9835	}		9916	}
9836	vgDrd_g_threadinfo[tid].vg_thread_exists = (Bool )0;		9917	vgDrd_g_threadinfo[tid].vg_thread_exists = (Bool )0;
9837	if (vgDrd_g_threadinfo[tid].detached_posix_thread) {		9918	if (vgDrd_g_threadinfo[tid].detached_posix_thread) {
9838	vgDrd_g_threadinfo[tid].stack_min = vgDrd_g_threadinfo[tid].stack_max;		9919	vgDrd_g_threadinfo[tid].stack_min = vgDrd_g_threadinfo[tid].stack_max;
9839	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )0;		9920	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )0;
9840	} else {		9921	} else {
9841			9922
9842	}		9923	}
9843	return;		9924	return;
9844	}		9925	}
9845	}		9926	}
9846	void vgDrd_drd_thread_atfork_child(DrdThreadId const   tid )		9927	void vgDrd_drd_thread_atfork_child(DrdThreadId const   tid )
9847	{		9928	{
9848	unsigned int i ;		9929	unsigned int i ;
9849	Bool tmp ;		9930	Bool tmp ;
9850	Bool tmp___0 ;		9931	Bool tmp___0 ;
9851	int tmp___1 ;		9932	int tmp___1 ;
9852	long tmp___2 ;		9933	long tmp___2 ;
9853			9934
9854	{		9935	{
9855	i = 1U;		9936	i = 1U;
9856	while (i < 500U) {		9937	while (i < 500U) {
9857	if (i == (unsigned int )tid) {		9938	if (i == (unsigned int )tid) {
9858	goto __Cont;		9939	goto __Cont;
9859	} else {		9940	} else {
9860			9941
9861	}		9942	}
9862	tmp = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);		9943	tmp = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);
9863	if (tmp) {		9944	if (tmp) {
9864	vgDrd_thread_delete((DrdThreadId const   )i, (Bool const   )((Bool )1));		9945	vgDrd_thread_delete((DrdThreadId const   )i, (Bool const   )((Bool )1));
9865	} else {		9946	} else {
9866			9947
9867	}		9948	}
9868	tmp___0 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);		9949	tmp___0 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )i);
9869	if (tmp___0) {		9950	if (tmp___0) {
9870	tmp___1 = 0;		9951	tmp___1 = 0;
9871	} else {		9952	} else {
9872	tmp___1 = 1;		9953	tmp___1 = 1;
9873	}		9954	}
9874	tmp___2 = __builtin_expect((long )tmp___1, 1L);		9955	tmp___2 = __builtin_expect((long )tmp___1, 1L);
9875	if (tmp___2) {		9956	if (tmp___2) {
9876			9957
9877	} else {		9958	} else {
9878	vgPlain_assert_fail((Bool )0,		9959	vgPlain_assert_fail((Bool )0,
9879	(Char const   *)"!DRD_(IsValidDrdThreadId(i))",		9960	(Char const   *)"!DRD_(IsValidDrdThreadId(i))",
9880	(Char const   *)"drd_thread.c", 557,		9961	(Char const   *)"drd_thread.c", 557,
9881	(Char const   *)"vgDrd_drd_thread_atfork_child", "");		9962	(Char const   *)"vgDrd_drd_thread_atfork_child", "");
9882	}		9963	}
9883	__Cont: /* CIL Label */		9964	__Cont: /* CIL Label */
9884	i ++;		9965	i ++;
9885	}		9966	}
9886	return;		9967	return;
9887	}		9968	}
9888	}		9969	}
9889	void vgDrd_thread_pre_cancel(DrdThreadId const   tid )		9970	void vgDrd_thread_pre_cancel(DrdThreadId const   tid )
9890	{		9971	{
9891	int tmp ;		9972	int tmp ;
9892	long tmp___0 ;		9973	long tmp___0 ;
9893	long tmp___1 ;		9974	long tmp___1 ;
9894	Bool tmp___2 ;		9975	Bool tmp___2 ;
9895			9976
9896	{		9977	{
9897	if (0 <= (int )tid) {		9978	if (0 <= (int )tid) {
9898	if (tid < 500U) {		9979	if (tid < 500U) {
9899	if (tid != 0U) {		9980	if (tid != 0U) {
9900	tmp = 1;		9981	tmp = 1;
9901	} else {		9982	} else {
9902	tmp = 0;		9983	tmp = 0;
9903	}		9984	}
9904	} else {		9985	} else {
9905	tmp = 0;		9986	tmp = 0;
9906	}		9987	}
9907	} else {		9988	} else {
9908	tmp = 0;		9989	tmp = 0;
9909	}		9990	}
9910	tmp___0 = __builtin_expect((long )tmp, 1L);		9991	tmp___0 = __builtin_expect((long )tmp, 1L);
9911	if (tmp___0) {		9992	if (tmp___0) {
9912			9993
9913	} else {		9994	} else {
9914	vgPlain_assert_fail((Bool )0,		9995	vgPlain_assert_fail((Bool )0,
9915	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		9996	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9916	(Char const   *)"drd_thread.c", 565,		9997	(Char const   *)"drd_thread.c", 565,
9917	(Char const   *)"vgDrd_thread_pre_cancel", "");		9998	(Char const   *)"vgDrd_thread_pre_cancel", "");
9918	}		9999	}
9919	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),		10000	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),
9920	1L);		10001	1L);
9921	if (tmp___1) {		10002	if (tmp___1) {
9922			10003
9923	} else {		10004	} else {
9924	vgPlain_assert_fail((Bool )0,		10005	vgPlain_assert_fail((Bool )0,
9925	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",		10006	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",
9926	(Char const   *)"drd_thread.c", 566,		10007	(Char const   *)"drd_thread.c", 566,
9927	(Char const   *)"vgDrd_thread_pre_cancel", "");		10008	(Char const   *)"vgDrd_thread_pre_cancel", "");
9928	}		10009	}
9929	tmp___2 = vgDrd_thread_get_trace_fork_join();		10010	tmp___2 = vgDrd_thread_get_trace_fork_join();
9930	if (tmp___2) {		10011	if (tmp___2) {
9931	vgDrd_trace_msg("[%d] drd_thread_pre_cancel %d", vgDrd_g_drd_running_tid,		10012	vgDrd_trace_msg("[%d] drd_thread_pre_cancel %d", vgDrd_g_drd_running_tid,
9932	tid);		10013	tid);
9933	} else {		10014	} else {
9934			10015
9935	}		10016	}
9936	return;		10017	return;
9937	}		10018	}
9938	}		10019	}
9939	void vgDrd_thread_set_pthreadid(DrdThreadId const   tid ,		10020	void vgDrd_thread_set_pthreadid(DrdThreadId const   tid ,
9940	PThreadId const   ptid )		10021	PThreadId const   ptid )
9941	{		10022	{
9942	int tmp ;		10023	int tmp ;
9943	long tmp___0 ;		10024	long tmp___0 ;
9944	int tmp___1 ;		10025	int tmp___1 ;
9945	long tmp___2 ;		10026	long tmp___2 ;
9946	long tmp___3 ;		10027	long tmp___3 ;
9947			10028
9948	{		10029	{
9949	if (0 <= (int )tid) {		10030	if (0 <= (int )tid) {
9950	if (tid < 500U) {		10031	if (tid < 500U) {
9951	if (tid != 0U) {		10032	if (tid != 0U) {
9952	tmp = 1;		10033	tmp = 1;
9953	} else {		10034	} else {
9954	tmp = 0;		10035	tmp = 0;
9955	}		10036	}
9956	} else {		10037	} else {
9957	tmp = 0;		10038	tmp = 0;
9958	}		10039	}
9959	} else {		10040	} else {
9960	tmp = 0;		10041	tmp = 0;
9961	}		10042	}
9962	tmp___0 = __builtin_expect((long )tmp, 1L);		10043	tmp___0 = __builtin_expect((long )tmp, 1L);
9963	if (tmp___0) {		10044	if (tmp___0) {
9964			10045
9965	} else {		10046	} else {
9966	vgPlain_assert_fail((Bool )0,		10047	vgPlain_assert_fail((Bool )0,
9967	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10048	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
9968	(Char const   *)"drd_thread.c", 583,		10049	(Char const   *)"drd_thread.c", 583,
9969	(Char const   *)"vgDrd_thread_set_pthreadid", "");		10050	(Char const   *)"vgDrd_thread_set_pthreadid", "");
9970	}		10051	}
9971	if (vgDrd_g_threadinfo[tid].pt_threadid == 0UL) {		10052	if (vgDrd_g_threadinfo[tid].pt_threadid == 0UL) {
9972	tmp___1 = 1;		10053	tmp___1 = 1;
9973	} else		10054	} else
9974	if (vgDrd_g_threadinfo[tid].pt_threadid == (PThreadId )ptid) {		10055	if (vgDrd_g_threadinfo[tid].pt_threadid == (PThreadId )ptid) {
9975	tmp___1 = 1;		10056	tmp___1 = 1;
9976	} else {		10057	} else {
9977	tmp___1 = 0;		10058	tmp___1 = 0;
9978	}		10059	}
9979	tmp___2 = __builtin_expect((long )tmp___1, 1L);		10060	tmp___2 = __builtin_expect((long )tmp___1, 1L);
9980	if (tmp___2) {		10061	if (tmp___2) {
9981			10062
9982	} else {		10063	} else {
9983	vgPlain_assert_fail((Bool )0,		10064	vgPlain_assert_fail((Bool )0,
9984	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid == INVALID_POSIX_THREADID || DRD_(g_threadinfo)[tid].pt_threadid == ptid",		10065	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid == INVALID_POSIX_THREADID || DRD_(g_threadinfo)[tid].pt_threadid == ptid",
9985	(Char const   *)"drd_thread.c", 585,		10066	(Char const   *)"drd_thread.c", 585,
9986	(Char const   *)"vgDrd_thread_set_pthreadid", "");		10067	(Char const   *)"vgDrd_thread_set_pthreadid", "");
9987	}		10068	}
9988	tmp___3 = __builtin_expect((long )(! (! (ptid != 0UL))), 1L);		10069	tmp___3 = __builtin_expect((long )(! (! (ptid != 0UL))), 1L);
9989	if (tmp___3) {		10070	if (tmp___3) {
9990			10071
9991	} else {		10072	} else {
9992	vgPlain_assert_fail((Bool )0,		10073	vgPlain_assert_fail((Bool )0,
9993	(Char const   *)"ptid != INVALID_POSIX_THREADID",		10074	(Char const   *)"ptid != INVALID_POSIX_THREADID",
9994	(Char const   *)"drd_thread.c", 586,		10075	(Char const   *)"drd_thread.c", 586,
9995	(Char const   *)"vgDrd_thread_set_pthreadid", "");		10076	(Char const   *)"vgDrd_thread_set_pthreadid", "");
9996	}		10077	}
9997	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )1;		10078	vgDrd_g_threadinfo[tid].posix_thread_exists = (Bool )1;
9998	vgDrd_g_threadinfo[tid].pt_threadid = (PThreadId )ptid;		10079	vgDrd_g_threadinfo[tid].pt_threadid = (PThreadId )ptid;
9999	return;		10080	return;
10000	}		10081	}
10001	}		10082	}
10002	Bool vgDrd_thread_get_joinable(DrdThreadId const   tid )		10083	Bool vgDrd_thread_get_joinable(DrdThreadId const   tid )
10003	{		10084	{
10004	int tmp ;		10085	int tmp ;
10005	long tmp___0 ;		10086	long tmp___0 ;
10006			10087
10007	{		10088	{
10008	if (0 <= (int )tid) {		10089	if (0 <= (int )tid) {
10009	if (tid < 500U) {		10090	if (tid < 500U) {
10010	if (tid != 0U) {		10091	if (tid != 0U) {
10011	tmp = 1;		10092	tmp = 1;
10012	} else {		10093	} else {
10013	tmp = 0;		10094	tmp = 0;
10014	}		10095	}
10015	} else {		10096	} else {
10016	tmp = 0;		10097	tmp = 0;
10017	}		10098	}
10018	} else {		10099	} else {
10019	tmp = 0;		10100	tmp = 0;
10020	}		10101	}
10021	tmp___0 = __builtin_expect((long )tmp, 1L);		10102	tmp___0 = __builtin_expect((long )tmp, 1L);
10022	if (tmp___0) {		10103	if (tmp___0) {
10023			10104
10024	} else {		10105	} else {
10025	vgPlain_assert_fail((Bool )0,		10106	vgPlain_assert_fail((Bool )0,
10026	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10107	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10027	(Char const   *)"drd_thread.c", 595,		10108	(Char const   *)"drd_thread.c", 595,
10028	(Char const   *)"vgDrd_thread_get_joinable", "");		10109	(Char const   *)"vgDrd_thread_get_joinable", "");
10029	}		10110	}
10030	return ((Bool )(! vgDrd_g_threadinfo[tid].detached_posix_thread));		10111	return ((Bool )(! vgDrd_g_threadinfo[tid].detached_posix_thread));
10031	}		10112	}
10032	}		10113	}
10033	void vgDrd_thread_set_joinable(DrdThreadId const   tid , Bool const   joinable )		10114	void vgDrd_thread_set_joinable(DrdThreadId const   tid , Bool const   joinable )
10034	{		10115	{
10035	int tmp ;		10116	int tmp ;
10036	long tmp___0 ;		10117	long tmp___0 ;
10037	long tmp___1 ;		10118	long tmp___1 ;
10038	long tmp___2 ;		10119	long tmp___2 ;
10039			10120
10040	{		10121	{
10041	if (0 <= (int )tid) {		10122	if (0 <= (int )tid) {
10042	if (tid < 500U) {		10123	if (tid < 500U) {
10043	if (tid != 0U) {		10124	if (tid != 0U) {
10044	tmp = 1;		10125	tmp = 1;
10045	} else {		10126	} else {
10046	tmp = 0;		10127	tmp = 0;
10047	}		10128	}
10048	} else {		10129	} else {
10049	tmp = 0;		10130	tmp = 0;
10050	}		10131	}
10051	} else {		10132	} else {
10052	tmp = 0;		10133	tmp = 0;
10053	}		10134	}
10054	tmp___0 = __builtin_expect((long )tmp, 1L);		10135	tmp___0 = __builtin_expect((long )tmp, 1L);
10055	if (tmp___0) {		10136	if (tmp___0) {
10056			10137
10057	} else {		10138	} else {
10058	vgPlain_assert_fail((Bool )0,		10139	vgPlain_assert_fail((Bool )0,
10059	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10140	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10060	(Char const   *)"drd_thread.c", 603,		10141	(Char const   *)"drd_thread.c", 603,
10061	(Char const   *)"vgDrd_thread_set_joinable", "");		10142	(Char const   *)"vgDrd_thread_set_joinable", "");
10062	}		10143	}
10063	tmp___1 = __builtin_expect((long )(! (! (! (! joinable) == (int )joinable))),		10144	tmp___1 = __builtin_expect((long )(! (! (! (! joinable) == (int )joinable))),
10064	1L);		10145	1L);
10065	if (tmp___1) {		10146	if (tmp___1) {
10066			10147
10067	} else {		10148	} else {
10068	vgPlain_assert_fail((Bool )0, (Char const   *)"!! joinable == joinable",		10149	vgPlain_assert_fail((Bool )0, (Char const   *)"!! joinable == joinable",
10069	(Char const   *)"drd_thread.c", 604,		10150	(Char const   *)"drd_thread.c", 604,
10070	(Char const   *)"vgDrd_thread_set_joinable", "");		10151	(Char const   *)"vgDrd_thread_set_joinable", "");
10071	}		10152	}
10072	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),		10153	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),
10073	1L);		10154	1L);
10074	if (tmp___2) {		10155	if (tmp___2) {
10075			10156
10076	} else {		10157	} else {
10077	vgPlain_assert_fail((Bool )0,		10158	vgPlain_assert_fail((Bool )0,
10078	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",		10159	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",
10079	(Char const   *)"drd_thread.c", 605,		10160	(Char const   *)"drd_thread.c", 605,
10080	(Char const   *)"vgDrd_thread_set_joinable", "");		10161	(Char const   *)"vgDrd_thread_set_joinable", "");
10081	}		10162	}
10082	vgDrd_g_threadinfo[tid].detached_posix_thread = (Bool )(! joinable);		10163	vgDrd_g_threadinfo[tid].detached_posix_thread = (Bool )(! joinable);
10083	return;		10164	return;
10084	}		10165	}
10085	}		10166	}
10086	void vgDrd_thread_entering_pthread_create(DrdThreadId const   tid )		10167	void vgDrd_thread_entering_pthread_create(DrdThreadId const   tid )
10087	{		10168	{
10088	int tmp ;		10169	int tmp ;
10089	long tmp___0 ;		10170	long tmp___0 ;
10090	long tmp___1 ;		10171	long tmp___1 ;
10091	long tmp___2 ;		10172	long tmp___2 ;
10092			10173
10093	{		10174	{
10094	if (0 <= (int )tid) {		10175	if (0 <= (int )tid) {
10095	if (tid < 500U) {		10176	if (tid < 500U) {
10096	if (tid != 0U) {		10177	if (tid != 0U) {
10097	tmp = 1;		10178	tmp = 1;
10098	} else {		10179	} else {
10099	tmp = 0;		10180	tmp = 0;
10100	}		10181	}
10101	} else {		10182	} else {
10102	tmp = 0;		10183	tmp = 0;
10103	}		10184	}
10104	} else {		10185	} else {
10105	tmp = 0;		10186	tmp = 0;
10106	}		10187	}
10107	tmp___0 = __builtin_expect((long )tmp, 1L);		10188	tmp___0 = __builtin_expect((long )tmp, 1L);
10108	if (tmp___0) {		10189	if (tmp___0) {
10109			10190
10110	} else {		10191	} else {
10111	vgPlain_assert_fail((Bool )0,		10192	vgPlain_assert_fail((Bool )0,
10112	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10193	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10113	(Char const   *)"drd_thread.c", 614,		10194	(Char const   *)"drd_thread.c", 614,
10114	(Char const   *)"vgDrd_thread_entering_pthread_create",		10195	(Char const   *)"vgDrd_thread_entering_pthread_create",
10115	"");		10196	"");
10116	}		10197	}
10117	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),		10198	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),
10118	1L);		10199	1L);
10119	if (tmp___1) {		10200	if (tmp___1) {
10120			10201
10121	} else {		10202	} else {
10122	vgPlain_assert_fail((Bool )0,		10203	vgPlain_assert_fail((Bool )0,
10123	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",		10204	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",
10124	(Char const   *)"drd_thread.c", 615,		10205	(Char const   *)"drd_thread.c", 615,
10125	(Char const   *)"vgDrd_thread_entering_pthread_create",		10206	(Char const   *)"vgDrd_thread_entering_pthread_create",
10126	"");		10207	"");
10127	}		10208	}
10128	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pthread_create_nesting_level >= 0))),		10209	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pthread_create_nesting_level >= 0))),
10129	1L);		10210	1L);
10130	if (tmp___2) {		10211	if (tmp___2) {
10131			10212
10132	} else {		10213	} else {
10133	vgPlain_assert_fail((Bool )0,		10214	vgPlain_assert_fail((Bool )0,
10134	(Char const   *)"DRD_(g_threadinfo)[tid].pthread_create_nesting_level >= 0",		10215	(Char const   *)"DRD_(g_threadinfo)[tid].pthread_create_nesting_level >= 0",
10135	(Char const   *)"drd_thread.c", 616,		10216	(Char const   *)"drd_thread.c", 616,
10136	(Char const   *)"vgDrd_thread_entering_pthread_create",		10217	(Char const   *)"vgDrd_thread_entering_pthread_create",
10137	"");		10218	"");
10138	}		10219	}
10139	(vgDrd_g_threadinfo[tid].pthread_create_nesting_level) ++;		10220	(vgDrd_g_threadinfo[tid].pthread_create_nesting_level) ++;
10140	return;		10221	return;
10141	}		10222	}
10142	}		10223	}
10143	void vgDrd_thread_left_pthread_create(DrdThreadId const   tid )		10224	void vgDrd_thread_left_pthread_create(DrdThreadId const   tid )
10144	{		10225	{
10145	int tmp ;		10226	int tmp ;
10146	long tmp___0 ;		10227	long tmp___0 ;
10147	long tmp___1 ;		10228	long tmp___1 ;
10148	long tmp___2 ;		10229	long tmp___2 ;
10149			10230
10150	{		10231	{
10151	if (0 <= (int )tid) {		10232	if (0 <= (int )tid) {
10152	if (tid < 500U) {		10233	if (tid < 500U) {
10153	if (tid != 0U) {		10234	if (tid != 0U) {
10154	tmp = 1;		10235	tmp = 1;
10155	} else {		10236	} else {
10156	tmp = 0;		10237	tmp = 0;
10157	}		10238	}
10158	} else {		10239	} else {
10159	tmp = 0;		10240	tmp = 0;
10160	}		10241	}
10161	} else {		10242	} else {
10162	tmp = 0;		10243	tmp = 0;
10163	}		10244	}
10164	tmp___0 = __builtin_expect((long )tmp, 1L);		10245	tmp___0 = __builtin_expect((long )tmp, 1L);
10165	if (tmp___0) {		10246	if (tmp___0) {
10166			10247
10167	} else {		10248	} else {
10168	vgPlain_assert_fail((Bool )0,		10249	vgPlain_assert_fail((Bool )0,
10169	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10250	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10170	(Char const   *)"drd_thread.c", 625,		10251	(Char const   *)"drd_thread.c", 625,
10171	(Char const   *)"vgDrd_thread_left_pthread_create", "");		10252	(Char const   *)"vgDrd_thread_left_pthread_create", "");
10172	}		10253	}
10173	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),		10254	tmp___1 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pt_threadid != 0UL))),
10174	1L);		10255	1L);
10175	if (tmp___1) {		10256	if (tmp___1) {
10176			10257
10177	} else {		10258	} else {
10178	vgPlain_assert_fail((Bool )0,		10259	vgPlain_assert_fail((Bool )0,
10179	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",		10260	(Char const   *)"DRD_(g_threadinfo)[tid].pt_threadid != INVALID_POSIX_THREADID",
10180	(Char const   *)"drd_thread.c", 626,		10261	(Char const   *)"drd_thread.c", 626,
10181	(Char const   *)"vgDrd_thread_left_pthread_create", "");		10262	(Char const   *)"vgDrd_thread_left_pthread_create", "");
10182	}		10263	}
10183	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pthread_create_nesting_level > 0))),		10264	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].pthread_create_nesting_level > 0))),
10184	1L);		10265	1L);
10185	if (tmp___2) {		10266	if (tmp___2) {
10186			10267
10187	} else {		10268	} else {
10188	vgPlain_assert_fail((Bool )0,		10269	vgPlain_assert_fail((Bool )0,
10189	(Char const   *)"DRD_(g_threadinfo)[tid].pthread_create_nesting_level > 0",		10270	(Char const   *)"DRD_(g_threadinfo)[tid].pthread_create_nesting_level > 0",
10190	(Char const   *)"drd_thread.c", 627,		10271	(Char const   *)"drd_thread.c", 627,
10191	(Char const   *)"vgDrd_thread_left_pthread_create", "");		10272	(Char const   *)"vgDrd_thread_left_pthread_create", "");
10192	}		10273	}
10193	(vgDrd_g_threadinfo[tid].pthread_create_nesting_level) --;		10274	(vgDrd_g_threadinfo[tid].pthread_create_nesting_level) --;
10194	return;		10275	return;
10195	}		10276	}
10196	}		10277	}
10197	char const   *vgDrd_thread_get_name(DrdThreadId const   tid )		10278	char const   *vgDrd_thread_get_name(DrdThreadId const   tid )
10198	{		10279	{
10199	int tmp ;		10280	int tmp ;
10200	long tmp___0 ;		10281	long tmp___0 ;
10201			10282
10202	{		10283	{
10203	if (0 <= (int )tid) {		10284	if (0 <= (int )tid) {
10204	if (tid < 500U) {		10285	if (tid < 500U) {
10205	if (tid != 0U) {		10286	if (tid != 0U) {
10206	tmp = 1;		10287	tmp = 1;
10207	} else {		10288	} else {
10208	tmp = 0;		10289	tmp = 0;
10209	}		10290	}
10210	} else {		10291	} else {
10211	tmp = 0;		10292	tmp = 0;
10212	}		10293	}
10213	} else {		10294	} else {
10214	tmp = 0;		10295	tmp = 0;
10215	}		10296	}
10216	tmp___0 = __builtin_expect((long )tmp, 1L);		10297	tmp___0 = __builtin_expect((long )tmp, 1L);
10217	if (tmp___0) {		10298	if (tmp___0) {
10218			10299
10219	} else {		10300	} else {
10220	vgPlain_assert_fail((Bool )0,		10301	vgPlain_assert_fail((Bool )0,
10221	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10302	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10222	(Char const   *)"drd_thread.c", 636,		10303	(Char const   *)"drd_thread.c", 636,
10223	(Char const   *)"vgDrd_thread_get_name", "");		10304	(Char const   *)"vgDrd_thread_get_name", "");
10224	}		10305	}
10225	return ((char const   *)(vgDrd_g_threadinfo[tid].name));		10306	return ((char const   *)(vgDrd_g_threadinfo[tid].name));
10226	}		10307	}
10227	}		10308	}
10228	void vgDrd_thread_set_name(DrdThreadId const   tid , char const   * const  name )		10309	void vgDrd_thread_set_name(DrdThreadId const   tid , char const   * const  name )
10229	{		10310	{
10230	int tmp ;		10311	int tmp ;
10231	long tmp___0 ;		10312	long tmp___0 ;
10232			10313
10233	{		10314	{
10234	if (0 <= (int )tid) {		10315	if (0 <= (int )tid) {
10235	if (tid < 500U) {		10316	if (tid < 500U) {
10236	if (tid != 0U) {		10317	if (tid != 0U) {
10237	tmp = 1;		10318	tmp = 1;
10238	} else {		10319	} else {
10239	tmp = 0;		10320	tmp = 0;
10240	}		10321	}
10241	} else {		10322	} else {
10242	tmp = 0;		10323	tmp = 0;
10243	}		10324	}
10244	} else {		10325	} else {
10245	tmp = 0;		10326	tmp = 0;
10246	}		10327	}
10247	tmp___0 = __builtin_expect((long )tmp, 1L);		10328	tmp___0 = __builtin_expect((long )tmp, 1L);
10248	if (tmp___0) {		10329	if (tmp___0) {
10249			10330
10250	} else {		10331	} else {
10251	vgPlain_assert_fail((Bool )0,		10332	vgPlain_assert_fail((Bool )0,
10252	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10333	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10253	(Char const   *)"drd_thread.c", 645,		10334	(Char const   *)"drd_thread.c", 645,
10254	(Char const   *)"vgDrd_thread_set_name", "");		10335	(Char const   *)"vgDrd_thread_set_name", "");
10255	}		10336	}
10256	if ((unsigned int )name == (unsigned int )((void *)0)) {		10337	if ((unsigned int )name == (unsigned int )((void *)0)) {
10257	vgPlain_snprintf((Char *)(vgDrd_g_threadinfo[tid].name),		10338	vgPlain_snprintf((Char *)(vgDrd_g_threadinfo[tid].name),
10258	(Int )sizeof(vgDrd_g_threadinfo[tid].name), "Thread %d",		10339	(Int )sizeof(vgDrd_g_threadinfo[tid].name), "Thread %d",
10259	tid);		10340	tid);
10260	} else		10341	} else
10261	if ((int const   )*(name + 0) == 0) {		10342	if ((int const   )*(name + 0) == 0) {
10262	vgPlain_snprintf((Char *)(vgDrd_g_threadinfo[tid].name),		10343	vgPlain_snprintf((Char *)(vgDrd_g_threadinfo[tid].name),
10263	(Int )sizeof(vgDrd_g_threadinfo[tid].name), "Thread %d",		10344	(Int )sizeof(vgDrd_g_threadinfo[tid].name), "Thread %d",
10264	tid);		10345	tid);
10265	} else {		10346	} else {
10266	vgPlain_snprintf((Char *)(vgDrd_g_threadinfo[tid].name),		10347	vgPlain_snprintf((Char *)(vgDrd_g_threadinfo[tid].name),
10267	(Int )sizeof(vgDrd_g_threadinfo[tid].name),		10348	(Int )sizeof(vgDrd_g_threadinfo[tid].name),
10268	"Thread %d (%s)", tid, name);		10349	"Thread %d (%s)", tid, name);
10269	}		10350	}
10270	vgDrd_g_threadinfo[tid].name[sizeof(vgDrd_g_threadinfo[tid].name) - 1U] = (char)0;		10351	vgDrd_g_threadinfo[tid].name[sizeof(vgDrd_g_threadinfo[tid].name) - 1U] = (char)0;
10271	return;		10352	return;
10272	}		10353	}
10273	}		10354	}
10274	void vgDrd_thread_set_vg_running_tid(ThreadId const   vg_tid )		10355	void vgDrd_thread_set_vg_running_tid(ThreadId const   vg_tid )
10275	{		10356	{
10276	long tmp ;		10357	long tmp ;
10277	DrdThreadId tmp___0 ;		10358	DrdThreadId tmp___0 ;
10278	long tmp___1 ;		10359	long tmp___1 ;
10279	long tmp___2 ;		10360	long tmp___2 ;
10280			10361
10281	{		10362	{
10282	tmp = __builtin_expect((long )(! (! (vg_tid != 0U))), 1L);		10363	tmp = __builtin_expect((long )(! (! (vg_tid != 0U))), 1L);
10283	if (tmp) {		10364	if (tmp) {
10284			10365
10285	} else {		10366	} else {
10286	vgPlain_assert_fail((Bool )0,		10367	vgPlain_assert_fail((Bool )0,
10287	(Char const   *)"vg_tid != VG_INVALID_THREADID",		10368	(Char const   *)"vg_tid != VG_INVALID_THREADID",
10288	(Char const   *)"drd_thread.c", 666,		10369	(Char const   *)"drd_thread.c", 666,
10289	(Char const   *)"vgDrd_thread_set_vg_running_tid", "");		10370	(Char const   *)"vgDrd_thread_set_vg_running_tid", "");
10290	}		10371	}
10291	if (vg_tid != (ThreadId const   )s_vg_running_tid) {		10372	if (vg_tid != (ThreadId const   )s_vg_running_tid) {
10292	tmp___0 = vgDrd_VgThreadIdToDrdThreadId(vg_tid);		10373	tmp___0 = vgDrd_VgThreadIdToDrdThreadId(vg_tid);
10293	vgDrd_thread_set_running_tid(vg_tid, (DrdThreadId const   )tmp___0);		10374	vgDrd_thread_set_running_tid(vg_tid, (DrdThreadId const   )tmp___0);
10294	} else {		10375	} else {
10295			10376
10296	}		10377	}
10297	tmp___1 = __builtin_expect((long )(! (! (s_vg_running_tid != 0U))), 1L);		10378	tmp___1 = __builtin_expect((long )(! (! (s_vg_running_tid != 0U))), 1L);
10298	if (tmp___1) {		10379	if (tmp___1) {
10299			10380
10300	} else {		10381	} else {
10301	vgPlain_assert_fail((Bool )0,		10382	vgPlain_assert_fail((Bool )0,
10302	(Char const   *)"s_vg_running_tid != VG_INVALID_THREADID",		10383	(Char const   *)"s_vg_running_tid != VG_INVALID_THREADID",
10303	(Char const   *)"drd_thread.c", 674,		10384	(Char const   *)"drd_thread.c", 674,
10304	(Char const   *)"vgDrd_thread_set_vg_running_tid", "");		10385	(Char const   *)"vgDrd_thread_set_vg_running_tid", "");
10305	}		10386	}
10306	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_drd_running_tid != 0U))), 1L);		10387	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_drd_running_tid != 0U))), 1L);
10307	if (tmp___2) {		10388	if (tmp___2) {
10308			10389
10309	} else {		10390	} else {
10310	vgPlain_assert_fail((Bool )0,		10391	vgPlain_assert_fail((Bool )0,
10311	(Char const   *)"DRD_(g_drd_running_tid) != DRD_INVALID_THREADID",		10392	(Char const   *)"DRD_(g_drd_running_tid) != DRD_INVALID_THREADID",
10312	(Char const   *)"drd_thread.c", 675,		10393	(Char const   *)"drd_thread.c", 675,
10313	(Char const   *)"vgDrd_thread_set_vg_running_tid", "");		10394	(Char const   *)"vgDrd_thread_set_vg_running_tid", "");
10314	}		10395	}
10315	return;		10396	return;
10316	}		10397	}
10317	}		10398	}
10318	void vgDrd_thread_set_running_tid(ThreadId const   vg_tid ,		10399	void vgDrd_thread_set_running_tid(ThreadId const   vg_tid ,
10319	DrdThreadId const   drd_tid )		10400	DrdThreadId const   drd_tid )
10320	{		10401	{
10321	long tmp ;		10402	long tmp ;
10322	long tmp___0 ;		10403	long tmp___0 ;
10323	ULong tmp___1 ;		10404	ULong tmp___1 ;
10324	long tmp___2 ;		10405	long tmp___2 ;
10325	long tmp___3 ;		10406	long tmp___3 ;
10326			10407
10327	{		10408	{
10328	tmp = __builtin_expect((long )(! (! (vg_tid != 0U))), 1L);		10409	tmp = __builtin_expect((long )(! (! (vg_tid != 0U))), 1L);
10329	if (tmp) {		10410	if (tmp) {
10330			10411
10331	} else {		10412	} else {
10332	vgPlain_assert_fail((Bool )0,		10413	vgPlain_assert_fail((Bool )0,
10333	(Char const   *)"vg_tid != VG_INVALID_THREADID",		10414	(Char const   *)"vg_tid != VG_INVALID_THREADID",
10334	(Char const   *)"drd_thread.c", 685,		10415	(Char const   *)"drd_thread.c", 685,
10335	(Char const   *)"vgDrd_thread_set_running_tid", "");		10416	(Char const   *)"vgDrd_thread_set_running_tid", "");
10336	}		10417	}
10337	tmp___0 = __builtin_expect((long )(! (! (drd_tid != 0U))), 1L);		10418	tmp___0 = __builtin_expect((long )(! (! (drd_tid != 0U))), 1L);
10338	if (tmp___0) {		10419	if (tmp___0) {
10339			10420
10340	} else {		10421	} else {
10341	vgPlain_assert_fail((Bool )0,		10422	vgPlain_assert_fail((Bool )0,
10342	(Char const   *)"drd_tid != DRD_INVALID_THREADID",		10423	(Char const   *)"drd_tid != DRD_INVALID_THREADID",
10343	(Char const   *)"drd_thread.c", 686,		10424	(Char const   *)"drd_thread.c", 686,
10344	(Char const   *)"vgDrd_thread_set_running_tid", "");		10425	(Char const   *)"vgDrd_thread_set_running_tid", "");
10345	}		10426	}
10346	if (vg_tid != (ThreadId const   )s_vg_running_tid) {		10427	if (vg_tid != (ThreadId const   )s_vg_running_tid) {
10347	if (s_trace_context_switches) {		10428	if (s_trace_context_switches) {
10348	if (vgDrd_g_drd_running_tid != 0U) {		10429	if (vgDrd_g_drd_running_tid != 0U) {
10349	tmp___1 = vgDrd_sg_get_segments_alive_count();		10430	tmp___1 = vgDrd_sg_get_segments_alive_count();
10350	vgPlain_message((VgMsgKind )2,		10431	vgPlain_message((VgMsgKind )2,
10351	"Context switch from thread %d to thread %d; segments: %llu\n",		10432	"Context switch from thread %d to thread %d; segments: %llu\n",
10352	vgDrd_g_drd_running_tid, drd_tid, tmp___1);		10433	vgDrd_g_drd_running_tid, drd_tid, tmp___1);
10353	} else {		10434	} else {
10354			10435
10355	}		10436	}
10356	} else {		10437	} else {
10357			10438
10358	}		10439	}
10359	s_vg_running_tid = (ThreadId )vg_tid;		10440	s_vg_running_tid = (ThreadId )vg_tid;
10360	vgDrd_g_drd_running_tid = (DrdThreadId )drd_tid;		10441	vgDrd_g_drd_running_tid = (DrdThreadId )drd_tid;
10361	thread_compute_conflict_set(& vgDrd_g_conflict_set, drd_tid);		10442	thread_compute_conflict_set(& vgDrd_g_conflict_set, drd_tid);
10362	s_context_switch_count ++;		10443	s_context_switch_count ++;
10363	} else {		10444	} else {
10364			10445
10365	}		10446	}
10366	tmp___2 = __builtin_expect((long )(! (! (s_vg_running_tid != 0U))), 1L);		10447	tmp___2 = __builtin_expect((long )(! (! (s_vg_running_tid != 0U))), 1L);
10367	if (tmp___2) {		10448	if (tmp___2) {
10368			10449
10369	} else {		10450	} else {
10370	vgPlain_assert_fail((Bool )0,		10451	vgPlain_assert_fail((Bool )0,
10371	(Char const   *)"s_vg_running_tid != VG_INVALID_THREADID",		10452	(Char const   *)"s_vg_running_tid != VG_INVALID_THREADID",
10372	(Char const   *)"drd_thread.c", 705,		10453	(Char const   *)"drd_thread.c", 705,
10373	(Char const   *)"vgDrd_thread_set_running_tid", "");		10454	(Char const   *)"vgDrd_thread_set_running_tid", "");
10374	}		10455	}
10375	tmp___3 = __builtin_expect((long )(! (! (vgDrd_g_drd_running_tid != 0U))), 1L);		10456	tmp___3 = __builtin_expect((long )(! (! (vgDrd_g_drd_running_tid != 0U))), 1L);
10376	if (tmp___3) {		10457	if (tmp___3) {
10377			10458
10378	} else {		10459	} else {
10379	vgPlain_assert_fail((Bool )0,		10460	vgPlain_assert_fail((Bool )0,
10380	(Char const   *)"DRD_(g_drd_running_tid) != DRD_INVALID_THREADID",		10461	(Char const   *)"DRD_(g_drd_running_tid) != DRD_INVALID_THREADID",
10381	(Char const   *)"drd_thread.c", 706,		10462	(Char const   *)"drd_thread.c", 706,
10382	(Char const   *)"vgDrd_thread_set_running_tid", "");		10463	(Char const   *)"vgDrd_thread_set_running_tid", "");
10383	}		10464	}
10384	return;		10465	return;
10385	}		10466	}
10386	}		10467	}
10387	int vgDrd_thread_enter_synchr(DrdThreadId const   tid )		10468	int vgDrd_thread_enter_synchr(DrdThreadId const   tid )
10388	{		10469	{
10389	Bool tmp ;		10470	Bool tmp ;
10390	int tmp___0 ;		10471	int tmp___0 ;
10391	long tmp___1 ;		10472	long tmp___1 ;
10392	Int tmp___2 ;		10473	Int tmp___2 ;
10393			10474
10394	{		10475	{
10395	tmp = vgDrd_IsValidDrdThreadId(tid);		10476	tmp = vgDrd_IsValidDrdThreadId(tid);
10396	if (tmp) {		10477	if (tmp) {
10397	tmp___0 = 1;		10478	tmp___0 = 1;
10398	} else {		10479	} else {
10399	tmp___0 = 0;		10480	tmp___0 = 0;
10400	}		10481	}
10401	tmp___1 = __builtin_expect((long )tmp___0, 1L);		10482	tmp___1 = __builtin_expect((long )tmp___0, 1L);
10402	if (tmp___1) {		10483	if (tmp___1) {
10403			10484
10404	} else {		10485	} else {
10405	vgPlain_assert_fail((Bool )0,		10486	vgPlain_assert_fail((Bool )0,
10406	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",		10487	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",
10407	(Char const   *)"drd_thread.c", 715,		10488	(Char const   *)"drd_thread.c", 715,
10408	(Char const   *)"vgDrd_thread_enter_synchr", "");		10489	(Char const   *)"vgDrd_thread_enter_synchr", "");
10409	}		10490	}
10410	tmp___2 = vgDrd_g_threadinfo[tid].synchr_nesting;		10491	tmp___2 = vgDrd_g_threadinfo[tid].synchr_nesting;
10411	(vgDrd_g_threadinfo[tid].synchr_nesting) ++;		10492	(vgDrd_g_threadinfo[tid].synchr_nesting) ++;
10412	return (tmp___2);		10493	return (tmp___2);
10413	}		10494	}
10414	}		10495	}
10415	int vgDrd_thread_leave_synchr(DrdThreadId const   tid )		10496	int vgDrd_thread_leave_synchr(DrdThreadId const   tid )
10416	{		10497	{
10417	Bool tmp ;		10498	Bool tmp ;
10418	int tmp___0 ;		10499	int tmp___0 ;
10419	long tmp___1 ;		10500	long tmp___1 ;
10420	long tmp___2 ;		10501	long tmp___2 ;
10421			10502
10422	{		10503	{
10423	tmp = vgDrd_IsValidDrdThreadId(tid);		10504	tmp = vgDrd_IsValidDrdThreadId(tid);
10424	if (tmp) {		10505	if (tmp) {
10425	tmp___0 = 1;		10506	tmp___0 = 1;
10426	} else {		10507	} else {
10427	tmp___0 = 0;		10508	tmp___0 = 0;
10428	}		10509	}
10429	tmp___1 = __builtin_expect((long )tmp___0, 1L);		10510	tmp___1 = __builtin_expect((long )tmp___0, 1L);
10430	if (tmp___1) {		10511	if (tmp___1) {
10431			10512
10432	} else {		10513	} else {
10433	vgPlain_assert_fail((Bool )0,		10514	vgPlain_assert_fail((Bool )0,
10434	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",		10515	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",
10435	(Char const   *)"drd_thread.c", 725,		10516	(Char const   *)"drd_thread.c", 725,
10436	(Char const   *)"vgDrd_thread_leave_synchr", "");		10517	(Char const   *)"vgDrd_thread_leave_synchr", "");
10437	}		10518	}
10438	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].synchr_nesting >= 1))),		10519	tmp___2 = __builtin_expect((long )(! (! (vgDrd_g_threadinfo[tid].synchr_nesting >= 1))),
10439	1L);		10520	1L);
10440	if (tmp___2) {		10521	if (tmp___2) {
10441			10522
10442	} else {		10523	} else {
10443	vgPlain_assert_fail((Bool )0,		10524	vgPlain_assert_fail((Bool )0,
10444	(Char const   *)"DRD_(g_threadinfo)[tid].synchr_nesting >= 1",		10525	(Char const   *)"DRD_(g_threadinfo)[tid].synchr_nesting >= 1",
10445	(Char const   *)"drd_thread.c", 726,		10526	(Char const   *)"drd_thread.c", 726,
10446	(Char const   *)"vgDrd_thread_leave_synchr", "");		10527	(Char const   *)"vgDrd_thread_leave_synchr", "");
10447	}		10528	}
10448	(vgDrd_g_threadinfo[tid].synchr_nesting) --;		10529	(vgDrd_g_threadinfo[tid].synchr_nesting) --;
10449	return (vgDrd_g_threadinfo[tid].synchr_nesting);		10530	return (vgDrd_g_threadinfo[tid].synchr_nesting);
10450	}		10531	}
10451	}		10532	}
10452	int vgDrd_thread_get_synchr_nesting_count(DrdThreadId const   tid )		10533	int vgDrd_thread_get_synchr_nesting_count(DrdThreadId const   tid )
10453	{		10534	{
10454	Bool tmp ;		10535	Bool tmp ;
10455	int tmp___0 ;		10536	int tmp___0 ;
10456	long tmp___1 ;		10537	long tmp___1 ;
10457			10538
10458	{		10539	{
10459	tmp = vgDrd_IsValidDrdThreadId(tid);		10540	tmp = vgDrd_IsValidDrdThreadId(tid);
10460	if (tmp) {		10541	if (tmp) {
10461	tmp___0 = 1;		10542	tmp___0 = 1;
10462	} else {		10543	} else {
10463	tmp___0 = 0;		10544	tmp___0 = 0;
10464	}		10545	}
10465	tmp___1 = __builtin_expect((long )tmp___0, 1L);		10546	tmp___1 = __builtin_expect((long )tmp___0, 1L);
10466	if (tmp___1) {		10547	if (tmp___1) {
10467			10548
10468	} else {		10549	} else {
10469	vgPlain_assert_fail((Bool )0,		10550	vgPlain_assert_fail((Bool )0,
10470	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",		10551	(Char const   *)"DRD_(IsValidDrdThreadId)(tid)",
10471	(Char const   *)"drd_thread.c", 733,		10552	(Char const   *)"drd_thread.c", 733,
10472	(Char const   *)"vgDrd_thread_get_synchr_nesting_count",		10553	(Char const   *)"vgDrd_thread_get_synchr_nesting_count",
10473	"");		10554	"");
10474	}		10555	}
10475	return (vgDrd_g_threadinfo[tid].synchr_nesting);		10556	return (vgDrd_g_threadinfo[tid].synchr_nesting);
10476	}		10557	}
10477	}		10558	}
10478	static void thread_append_segment(DrdThreadId const   tid , Segment * const  sg )		10559	static void thread_append_segment(DrdThreadId const   tid , Segment * const  sg )
10479	{		10560	{
10480	int tmp ;		10561	int tmp ;
10481	long tmp___0 ;		10562	long tmp___0 ;
10482			10563
10483	{		10564	{
10484	if (0 <= (int )tid) {		10565	if (0 <= (int )tid) {
10485	if (tid < 500U) {		10566	if (tid < 500U) {
10486	if (tid != 0U) {		10567	if (tid != 0U) {
10487	tmp = 1;		10568	tmp = 1;
10488	} else {		10569	} else {
10489	tmp = 0;		10570	tmp = 0;
10490	}		10571	}
10491	} else {		10572	} else {
10492	tmp = 0;		10573	tmp = 0;
10493	}		10574	}
10494	} else {		10575	} else {
10495	tmp = 0;		10576	tmp = 0;
10496	}		10577	}
10497	tmp___0 = __builtin_expect((long )tmp, 1L);		10578	tmp___0 = __builtin_expect((long )tmp, 1L);
10498	if (tmp___0) {		10579	if (tmp___0) {
10499			10580
10500	} else {		10581	} else {
10501	vgPlain_assert_fail((Bool )0,		10582	vgPlain_assert_fail((Bool )0,
10502	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10583	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10503	(Char const   *)"drd_thread.c", 742,		10584	(Char const   *)"drd_thread.c", 742,
10504	(Char const   *)"thread_append_segment", "");		10585	(Char const   *)"thread_append_segment", "");
10505	}		10586	}
10506	sg->thr_prev = vgDrd_g_threadinfo[tid].sg_last;		10587	sg->thr_prev = vgDrd_g_threadinfo[tid].sg_last;
10507	sg->thr_next = (struct segment *)((void *)0);		10588	sg->thr_next = (struct segment *)((void *)0);
10508	if (vgDrd_g_threadinfo[tid].sg_last) {		10589	if (vgDrd_g_threadinfo[tid].sg_last) {
10509	(vgDrd_g_threadinfo[tid].sg_last)->thr_next = (struct segment *)sg;		10590	(vgDrd_g_threadinfo[tid].sg_last)->thr_next = (struct segment *)sg;
10510	} else {		10591	} else {
10511			10592
10512	}		10593	}
10513	vgDrd_g_threadinfo[tid].sg_last = (struct segment *)sg;		10594	vgDrd_g_threadinfo[tid].sg_last = (struct segment *)sg;
10514	if ((unsigned int )vgDrd_g_threadinfo[tid].sg_first == (unsigned int )((void *)0)) {		10595	if ((unsigned int )vgDrd_g_threadinfo[tid].sg_first == (unsigned int )((void *)0)) {
10515	vgDrd_g_threadinfo[tid].sg_first = (struct segment *)sg;		10596	vgDrd_g_threadinfo[tid].sg_first = (struct segment *)sg;
10516	} else {		10597	} else {
10517			10598
10518	}		10599	}
10519	return;		10600	return;
10520	}		10601	}
10521	}		10602	}
10522	static void thread_discard_segment(DrdThreadId const   tid ,		10603	static void thread_discard_segment(DrdThreadId const   tid ,
10523	Segment * const  sg )		10604	Segment * const  sg )
10524	{		10605	{
10525	int tmp ;		10606	int tmp ;
10526	long tmp___0 ;		10607	long tmp___0 ;
10527			10608
10528	{		10609	{
10529	if (0 <= (int )tid) {		10610	if (0 <= (int )tid) {
10530	if (tid < 500U) {		10611	if (tid < 500U) {
10531	if (tid != 0U) {		10612	if (tid != 0U) {
10532	tmp = 1;		10613	tmp = 1;
10533	} else {		10614	} else {
10534	tmp = 0;		10615	tmp = 0;
10535	}		10616	}
10536	} else {		10617	} else {
10537	tmp = 0;		10618	tmp = 0;
10538	}		10619	}
10539	} else {		10620	} else {
10540	tmp = 0;		10621	tmp = 0;
10541	}		10622	}
10542	tmp___0 = __builtin_expect((long )tmp, 1L);		10623	tmp___0 = __builtin_expect((long )tmp, 1L);
10543	if (tmp___0) {		10624	if (tmp___0) {
10544			10625
10545	} else {		10626	} else {
10546	vgPlain_assert_fail((Bool )0,		10627	vgPlain_assert_fail((Bool )0,
10547	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10628	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10548	(Char const   *)"drd_thread.c", 770,		10629	(Char const   *)"drd_thread.c", 770,
10549	(Char const   *)"thread_discard_segment", "");		10630	(Char const   *)"thread_discard_segment", "");
10550	}		10631	}
10551	if (sg->thr_prev) {		10632	if (sg->thr_prev) {
10552	(sg->thr_prev)->thr_next = sg->thr_next;		10633	(sg->thr_prev)->thr_next = sg->thr_next;
10553	} else {		10634	} else {
10554			10635
10555	}		10636	}
10556	if (sg->thr_next) {		10637	if (sg->thr_next) {
10557	(sg->thr_next)->thr_prev = sg->thr_prev;		10638	(sg->thr_next)->thr_prev = sg->thr_prev;
10558	} else {		10639	} else {
10559			10640
10560	}		10641	}
10561	if ((unsigned int )sg == (unsigned int )vgDrd_g_threadinfo[tid].sg_first) {		10642	if ((unsigned int )sg == (unsigned int )vgDrd_g_threadinfo[tid].sg_first) {
10562	vgDrd_g_threadinfo[tid].sg_first = sg->thr_next;		10643	vgDrd_g_threadinfo[tid].sg_first = sg->thr_next;
10563	} else {		10644	} else {
10564			10645
10565	}		10646	}
10566	if ((unsigned int )sg == (unsigned int )vgDrd_g_threadinfo[tid].sg_last) {		10647	if ((unsigned int )sg == (unsigned int )vgDrd_g_threadinfo[tid].sg_last) {
10567	vgDrd_g_threadinfo[tid].sg_last = sg->thr_prev;		10648	vgDrd_g_threadinfo[tid].sg_last = sg->thr_prev;
10568	} else {		10649	} else {
10569			10650
10570	}		10651	}
10571	vgDrd_sg_put(sg);		10652	vgDrd_sg_put(sg);
10572	return;		10653	return;
10573	}		10654	}
10574	}		10655	}
10575	VectorClock *vgDrd_thread_get_vc(DrdThreadId const   tid )		10656	VectorClock *vgDrd_thread_get_vc(DrdThreadId const   tid )
10576	{		10657	{
10577	Segment *latest_sg ;		10658	Segment *latest_sg ;
10578	int tmp ;		10659	int tmp ;
10579	long tmp___0 ;		10660	long tmp___0 ;
10580	long tmp___1 ;		10661	long tmp___1 ;
10581			10662
10582	{		10663	{
10583	if (0 <= (int )tid) {		10664	if (0 <= (int )tid) {
10584	if (tid < 500U) {		10665	if (tid < 500U) {
10585	if (tid != 0U) {		10666	if (tid != 0U) {
10586	tmp = 1;		10667	tmp = 1;
10587	} else {		10668	} else {
10588	tmp = 0;		10669	tmp = 0;
10589	}		10670	}
10590	} else {		10671	} else {
10591	tmp = 0;		10672	tmp = 0;
10592	}		10673	}
10593	} else {		10674	} else {
10594	tmp = 0;		10675	tmp = 0;
10595	}		10676	}
10596	tmp___0 = __builtin_expect((long )tmp, 1L);		10677	tmp___0 = __builtin_expect((long )tmp, 1L);
10597	if (tmp___0) {		10678	if (tmp___0) {
10598			10679
10599	} else {		10680	} else {
10600	vgPlain_assert_fail((Bool )0,		10681	vgPlain_assert_fail((Bool )0,
10601	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10682	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10602	(Char const   *)"drd_thread.c", 800,		10683	(Char const   *)"drd_thread.c", 800,
10603	(Char const   *)"vgDrd_thread_get_vc", "");		10684	(Char const   *)"vgDrd_thread_get_vc", "");
10604	}		10685	}
10605	latest_sg = vgDrd_g_threadinfo[tid].sg_last;		10686	latest_sg = vgDrd_g_threadinfo[tid].sg_last;
10606	tmp___1 = __builtin_expect((long )(! (! latest_sg)), 1L);		10687	tmp___1 = __builtin_expect((long )(! (! latest_sg)), 1L);
10607	if (tmp___1) {		10688	if (tmp___1) {
10608			10689
10609	} else {		10690	} else {
10610	vgPlain_assert_fail((Bool )0, (Char const   *)"latest_sg",		10691	vgPlain_assert_fail((Bool )0, (Char const   *)"latest_sg",
10611	(Char const   *)"drd_thread.c", 802,		10692	(Char const   *)"drd_thread.c", 802,
10612	(Char const   *)"vgDrd_thread_get_vc", "");		10693	(Char const   *)"vgDrd_thread_get_vc", "");
10613	}		10694	}
10614	return (& latest_sg->vc);		10695	return (& latest_sg->vc);
10615	}		10696	}
10616	}		10697	}
10617	void vgDrd_thread_get_latest_segment(Segment **sg , DrdThreadId const   tid )		10698	void vgDrd_thread_get_latest_segment(Segment **sg , DrdThreadId const   tid )
10618	{		10699	{
10619	Segment *latest_sg ;		10700	Segment *latest_sg ;
10620	long tmp ;		10701	long tmp ;
10621	int tmp___0 ;		10702	int tmp___0 ;
10622	long tmp___1 ;		10703	long tmp___1 ;
10623	long tmp___2 ;		10704	long tmp___2 ;
10624			10705
10625	{		10706	{
10626	tmp = __builtin_expect((long )(! (! sg)), 1L);		10707	tmp = __builtin_expect((long )(! (! sg)), 1L);
10627	if (tmp) {		10708	if (tmp) {
10628			10709
10629	} else {		10710	} else {
10630	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		10711	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
10631	(Char const   *)"drd_thread.c", 813,		10712	(Char const   *)"drd_thread.c", 813,
10632	(Char const   *)"vgDrd_thread_get_latest_segment", "");		10713	(Char const   *)"vgDrd_thread_get_latest_segment", "");
10633	}		10714	}
10634	if (0 <= (int )tid) {		10715	if (0 <= (int )tid) {
10635	if (tid < 500U) {		10716	if (tid < 500U) {
10636	if (tid != 0U) {		10717	if (tid != 0U) {
10637	tmp___0 = 1;		10718	tmp___0 = 1;
10638	} else {		10719	} else {
10639	tmp___0 = 0;		10720	tmp___0 = 0;
10640	}		10721	}
10641	} else {		10722	} else {
10642	tmp___0 = 0;		10723	tmp___0 = 0;
10643	}		10724	}
10644	} else {		10725	} else {
10645	tmp___0 = 0;		10726	tmp___0 = 0;
10646	}		10727	}
10647	tmp___1 = __builtin_expect((long )tmp___0, 1L);		10728	tmp___1 = __builtin_expect((long )tmp___0, 1L);
10648	if (tmp___1) {		10729	if (tmp___1) {
10649			10730
10650	} else {		10731	} else {
10651	vgPlain_assert_fail((Bool )0,		10732	vgPlain_assert_fail((Bool )0,
10652	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		10733	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10653	(Char const   *)"drd_thread.c", 815,		10734	(Char const   *)"drd_thread.c", 815,
10654	(Char const   *)"vgDrd_thread_get_latest_segment", "");		10735	(Char const   *)"vgDrd_thread_get_latest_segment", "");
10655	}		10736	}
10656	latest_sg = vgDrd_g_threadinfo[tid].sg_last;		10737	latest_sg = vgDrd_g_threadinfo[tid].sg_last;
10657	tmp___2 = __builtin_expect((long )(! (! latest_sg)), 1L);		10738	tmp___2 = __builtin_expect((long )(! (! latest_sg)), 1L);
10658	if (tmp___2) {		10739	if (tmp___2) {
10659			10740
10660	} else {		10741	} else {
10661	vgPlain_assert_fail((Bool )0, (Char const   *)"latest_sg",		10742	vgPlain_assert_fail((Bool )0, (Char const   *)"latest_sg",
10662	(Char const   *)"drd_thread.c", 817,		10743	(Char const   *)"drd_thread.c", 817,
10663	(Char const   *)"vgDrd_thread_get_latest_segment", "");		10744	(Char const   *)"vgDrd_thread_get_latest_segment", "");
10664	}		10745	}
10665	vgDrd_sg_put((Segment */* const  */)*sg);		10746	vgDrd_sg_put((Segment */* const  */)*sg);
10666	*sg = vgDrd_sg_get((Segment */* const  */)latest_sg);		10747	*sg = vgDrd_sg_get((Segment */* const  */)latest_sg);
10667	return;		10748	return;
10668	}		10749	}
10669	}		10750	}
10670	static void vgDrd_thread_compute_minimum_vc(VectorClock *vc )		10751	static void vgDrd_thread_compute_minimum_vc(VectorClock *vc )
10671	{		10752	{
10672	unsigned int i ;		10753	unsigned int i ;
10673	Bool first ;		10754	Bool first ;
10674	Segment *latest_sg ;		10755	Segment *latest_sg ;
10675			10756
10676	{		10757	{
10677	first = (Bool )1;		10758	first = (Bool )1;
10678	i = 0U;		10759	i = 0U;
10679	while (i < 500U) {		10760	while (i < 500U) {
10680	latest_sg = vgDrd_g_threadinfo[i].sg_last;		10761	latest_sg = vgDrd_g_threadinfo[i].sg_last;
10681	if (latest_sg) {		10762	if (latest_sg) {
10682	if (first) {		10763	if (first) {
10683	vgDrd_vc_assign((VectorClock */* const  */)vc,		10764	vgDrd_vc_assign((VectorClock */* const  */)vc,
10684	(VectorClock const   */* const  */)(& latest_sg->vc));		10765	(VectorClock const   */* const  */)(& latest_sg->vc));
10685	} else {		10766	} else {
10686	vgDrd_vc_min((VectorClock */* const  */)vc,		10767	vgDrd_vc_min((VectorClock */* const  */)vc,
10687	(VectorClock const   */* const  */)(& latest_sg->vc));		10768	(VectorClock const   */* const  */)(& latest_sg->vc));
10688	}		10769	}
10689	first = (Bool )0;		10770	first = (Bool )0;
10690	} else {		10771	} else {
10691			10772
10692	}		10773	}
10693	i ++;		10774	i ++;
10694	}		10775	}
10695	return;		10776	return;
10696	}		10777	}
10697	}		10778	}
10698	static void vgDrd_thread_compute_maximum_vc(VectorClock *vc )		10779	static void vgDrd_thread_compute_maximum_vc(VectorClock *vc )
10699	{		10780	{
10700	unsigned int i ;		10781	unsigned int i ;
10701	Bool first ;		10782	Bool first ;
10702	Segment *latest_sg ;		10783	Segment *latest_sg ;
10703			10784
10704	{		10785	{
10705	first = (Bool )1;		10786	first = (Bool )1;
10706	i = 0U;		10787	i = 0U;
10707	while (i < 500U) {		10788	while (i < 500U) {
10708	latest_sg = vgDrd_g_threadinfo[i].sg_last;		10789	latest_sg = vgDrd_g_threadinfo[i].sg_last;
10709	if (latest_sg) {		10790	if (latest_sg) {
10710	if (first) {		10791	if (first) {
10711	vgDrd_vc_assign((VectorClock */* const  */)vc,		10792	vgDrd_vc_assign((VectorClock */* const  */)vc,
10712	(VectorClock const   */* const  */)(& latest_sg->vc));		10793	(VectorClock const   */* const  */)(& latest_sg->vc));
10713	} else {		10794	} else {
10714	vgDrd_vc_combine((VectorClock */* const  */)vc,		10795	vgDrd_vc_combine((VectorClock */* const  */)vc,
10715	(VectorClock const   */* const  */)(& latest_sg->vc));		10796	(VectorClock const   */* const  */)(& latest_sg->vc));
10716	}		10797	}
10717	first = (Bool )0;		10798	first = (Bool )0;
10718	} else {		10799	} else {
10719			10800
10720	}		10801	}
10721	i ++;		10802	i ++;
10722	}		10803	}
10723	return;		10804	return;
10724	}		10805	}
10725	}		10806	}
10726	static void thread_discard_ordered_segments(void)		10807	static void thread_discard_ordered_segments(void)
10727	{		10808	{
10728	unsigned int i ;		10809	unsigned int i ;
10729	VectorClock thread_vc_min ;		10810	VectorClock thread_vc_min ;
10730	char *vc_min ;		10811	char *vc_min ;
10731	char *vc_max ;		10812	char *vc_max ;
10732	VectorClock thread_vc_max ;		10813	VectorClock thread_vc_max ;
10733	Bool tmp ;		10814	Bool tmp ;
10734	Segment *sg ;		10815	Segment *sg ;
10735	Segment *sg_next ;		10816	Segment *sg_next ;
10736	Bool tmp___0 ;		10817	Bool tmp___0 ;
10737			10818
10738	{		10819	{
10739	s_discard_ordered_segments_count ++;		10820	s_discard_ordered_segments_count ++;
10740	vgDrd_vc_init((VectorClock */* const  */)(& thread_vc_min),		10821	vgDrd_vc_init((VectorClock */* const  */)(& thread_vc_min),
10741	(VCElem const   */* const  */)0, (unsigned int const   )0);		10822	(VCElem const   */* const  */)0, (unsigned int const   )0);
10742	vgDrd_thread_compute_minimum_vc(& thread_vc_min);		10823	vgDrd_thread_compute_minimum_vc(& thread_vc_min);
10743	tmp = vgDrd_sg_get_trace();		10824	tmp = vgDrd_sg_get_trace();
10744	if (tmp) {		10825	if (tmp) {
10745	vgDrd_vc_init((VectorClock */* const  */)(& thread_vc_max),		10826	vgDrd_vc_init((VectorClock */* const  */)(& thread_vc_max),
10746	(VCElem const   */* const  */)0, (unsigned int const   )0);		10827	(VCElem const   */* const  */)0, (unsigned int const   )0);
10747	vgDrd_thread_compute_maximum_vc(& thread_vc_max);		10828	vgDrd_thread_compute_maximum_vc(& thread_vc_max);
10748	vc_min = vgDrd_vc_aprint((VectorClock const   */* const  */)(& thread_vc_min));		10829	vc_min = vgDrd_vc_aprint((VectorClock const   */* const  */)(& thread_vc_min));
10749	vc_max = vgDrd_vc_aprint((VectorClock const   */* const  */)(& thread_vc_max));		10830	vc_max = vgDrd_vc_aprint((VectorClock const   */* const  */)(& thread_vc_max));
10750	vgPlain_message((VgMsgKind )2,		10831	vgPlain_message((VgMsgKind )2,
10751	"Discarding ordered segments -- min vc is %s, max vc is %s\n",		10832	"Discarding ordered segments -- min vc is %s, max vc is %s\n",
10752	vc_min, vc_max);		10833	vc_min, vc_max);
10753	vgPlain_free((void *)vc_min);		10834	vgPlain_free((void *)vc_min);
10754	vgPlain_free((void *)vc_max);		10835	vgPlain_free((void *)vc_max);
10755	vgDrd_vc_cleanup((VectorClock */* const  */)(& thread_vc_max));		10836	vgDrd_vc_cleanup((VectorClock */* const  */)(& thread_vc_max));
10756	} else {		10837	} else {
10757			10838
10758	}		10839	}
10759	i = 0U;		10840	i = 0U;
10760	while (i < 500U) {		10841	while (i < 500U) {
10761	sg = vgDrd_g_threadinfo[i].sg_first;		10842	sg = vgDrd_g_threadinfo[i].sg_first;
10762	while (1) {		10843	while (1) {
10763	if (sg) {		10844	if (sg) {
10764	sg_next = sg->thr_next;		10845	sg_next = sg->thr_next;
10765	if (sg_next) {		10846	if (sg_next) {
10766	tmp___0 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg->vc),		10847	tmp___0 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg->vc),
10767	(VectorClock const   */* const  */)(& thread_vc_min));		10848	(VectorClock const   */* const  */)(& thread_vc_min));
10768	if (tmp___0) {		10849	if (tmp___0) {
10769			10850
10770	} else {		10851	} else {
10771	break;		10852	break;
10772	}		10853	}
10773	} else {		10854	} else {
10774	break;		10855	break;
10775	}		10856	}
10776	} else {		10857	} else {
10777	break;		10858	break;
10778	}		10859	}
10779	thread_discard_segment((DrdThreadId const   )i, (Segment */* const  */)sg);		10860	thread_discard_segment((DrdThreadId const   )i, (Segment */* const  */)sg);
10780	sg = sg_next;		10861	sg = sg_next;
10781	}		10862	}
10782	i ++;		10863	i ++;
10783	}		10864	}
10784	vgDrd_vc_cleanup((VectorClock */* const  */)(& thread_vc_min));		10865	vgDrd_vc_cleanup((VectorClock */* const  */)(& thread_vc_min));
10785	return;		10866	return;
10786	}		10867	}
10787	}		10868	}
10788	static Bool thread_consistent_segment_ordering(DrdThreadId const   tid ,		10869	static Bool thread_consistent_segment_ordering(DrdThreadId const   tid ,
10789	Segment * const  sg1 ,		10870	Segment * const  sg1 ,
10790	Segment * const  sg2 )		10871	Segment * const  sg2 )
10791	{		10872	{
10792	unsigned int i ;		10873	unsigned int i ;
10793	long tmp ;		10874	long tmp ;
10794	long tmp___0 ;		10875	long tmp___0 ;
10795	long tmp___1 ;		10876	long tmp___1 ;
10796	Bool tmp___2 ;		10877	Bool tmp___2 ;
10797	int tmp___3 ;		10878	int tmp___3 ;
10798	long tmp___4 ;		10879	long tmp___4 ;
10799	Segment *sg ;		10880	Segment *sg ;
10800	Bool tmp___5 ;		10881	Bool tmp___5 ;
10801	Bool tmp___6 ;		10882	Bool tmp___6 ;
10802	int tmp___7 ;		10883	int tmp___7 ;
10803	Bool tmp___8 ;		10884	Bool tmp___8 ;
10804	Bool tmp___9 ;		10885	Bool tmp___9 ;
10805	int tmp___10 ;		10886	int tmp___10 ;
10806			10887
10807	{		10888	{
10808	tmp = __builtin_expect((long )(! (! sg1->thr_next)), 1L);		10889	tmp = __builtin_expect((long )(! (! sg1->thr_next)), 1L);
10809	if (tmp) {		10890	if (tmp) {
10810			10891
10811	} else {		10892	} else {
10812	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1->thr_next",		10893	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1->thr_next",
10813	(Char const   *)"drd_thread.c", 955,		10894	(Char const   *)"drd_thread.c", 955,
10814	(Char const   *)"thread_consistent_segment_ordering", "");		10895	(Char const   *)"thread_consistent_segment_ordering", "");
10815	}		10896	}
10816	tmp___0 = __builtin_expect((long )(! (! sg2->thr_next)), 1L);		10897	tmp___0 = __builtin_expect((long )(! (! sg2->thr_next)), 1L);
10817	if (tmp___0) {		10898	if (tmp___0) {
10818			10899
10819	} else {		10900	} else {
10820	vgPlain_assert_fail((Bool )0, (Char const   *)"sg2->thr_next",		10901	vgPlain_assert_fail((Bool )0, (Char const   *)"sg2->thr_next",
10821	(Char const   *)"drd_thread.c", 956,		10902	(Char const   *)"drd_thread.c", 956,
10822	(Char const   *)"thread_consistent_segment_ordering", "");		10903	(Char const   *)"thread_consistent_segment_ordering", "");
10823	}		10904	}
10824	tmp___1 = __builtin_expect((long )(! (! ((unsigned int )sg1->thr_next == (unsigned int )sg2))),		10905	tmp___1 = __builtin_expect((long )(! (! ((unsigned int )sg1->thr_next == (unsigned int )sg2))),
10825	1L);		10906	1L);
10826	if (tmp___1) {		10907	if (tmp___1) {
10827			10908
10828	} else {		10909	} else {
10829	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1->thr_next == sg2",		10910	vgPlain_assert_fail((Bool )0, (Char const   *)"sg1->thr_next == sg2",
10830	(Char const   *)"drd_thread.c", 957,		10911	(Char const   *)"drd_thread.c", 957,
10831	(Char const   *)"thread_consistent_segment_ordering", "");		10912	(Char const   *)"thread_consistent_segment_ordering", "");
10832	}		10913	}
10833	tmp___2 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg1->vc),		10914	tmp___2 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg1->vc),
10834	(VectorClock const   */* const  */)(& sg2->vc));		10915	(VectorClock const   */* const  */)(& sg2->vc));
10835	if (tmp___2) {		10916	if (tmp___2) {
10836	tmp___3 = 1;		10917	tmp___3 = 1;
10837	} else {		10918	} else {
10838	tmp___3 = 0;		10919	tmp___3 = 0;
10839	}		10920	}
10840	tmp___4 = __builtin_expect((long )tmp___3, 1L);		10921	tmp___4 = __builtin_expect((long )tmp___3, 1L);
10841	if (tmp___4) {		10922	if (tmp___4) {
10842			10923
10843	} else {		10924	} else {
10844	vgPlain_assert_fail((Bool )0,		10925	vgPlain_assert_fail((Bool )0,
10845	(Char const   *)"DRD_(vc_lte)(&sg1->vc, &sg2->vc)",		10926	(Char const   *)"DRD_(vc_lte)(&sg1->vc, &sg2->vc)",
10846	(Char const   *)"drd_thread.c", 958,		10927	(Char const   *)"drd_thread.c", 958,
10847	(Char const   *)"thread_consistent_segment_ordering", "");		10928	(Char const   *)"thread_consistent_segment_ordering", "");
10848	}		10929	}
10849	i = 0U;		10930	i = 0U;
10850	while (i < 500U) {		10931	while (i < 500U) {
10851	sg = vgDrd_g_threadinfo[i].sg_first;		10932	sg = vgDrd_g_threadinfo[i].sg_first;
10852	while (sg) {		10933	while (sg) {
10853	if (! sg->thr_next) {		10934	if (! sg->thr_next) {
10854	goto _L;		10935	goto _L;
10855	} else {		10936	} else {
10856	tmp___7 = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg);		10937	tmp___7 = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg);
10857	if (tmp___7 > 1) {		10938	if (tmp___7 > 1) {
10858	_L: /* CIL Label */		10939	_L: /* CIL Label */
10859	tmp___5 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg2->vc),		10940	tmp___5 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg2->vc),
10860	(VectorClock const   */* const  */)(& sg->vc));		10941	(VectorClock const   */* const  */)(& sg->vc));
10861	if (tmp___5) {		10942	if (tmp___5) {
10862	break;		10943	break;
10863	} else {		10944	} else {
10864			10945
10865	}		10946	}
10866	tmp___6 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg1->vc),		10947	tmp___6 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg1->vc),
10867	(VectorClock const   */* const  */)(& sg->vc));		10948	(VectorClock const   */* const  */)(& sg->vc));
10868	if (tmp___6) {		10949	if (tmp___6) {
10869	return ((Bool )0);		10950	return ((Bool )0);
10870	} else {		10951	} else {
10871			10952
10872	}		10953	}
10873	} else {		10954	} else {
10874			10955
10875	}		10956	}
10876	}		10957	}
10877	sg = sg->thr_next;		10958	sg = sg->thr_next;
10878	}		10959	}
10879	sg = vgDrd_g_threadinfo[i].sg_last;		10960	sg = vgDrd_g_threadinfo[i].sg_last;
10880	while (sg) {		10961	while (sg) {
10881	if (! sg->thr_next) {		10962	if (! sg->thr_next) {
10882	goto _L___0;		10963	goto _L___0;
10883	} else {		10964	} else {
10884	tmp___10 = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg);		10965	tmp___10 = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg);
10885	if (tmp___10 > 1) {		10966	if (tmp___10 > 1) {
10886	_L___0: /* CIL Label */		10967	_L___0: /* CIL Label */
10887	tmp___8 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg->vc),		10968	tmp___8 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg->vc),
10888	(VectorClock const   */* const  */)(& sg1->vc));		10969	(VectorClock const   */* const  */)(& sg1->vc));
10889	if (tmp___8) {		10970	if (tmp___8) {
10890	break;		10971	break;
10891	} else {		10972	} else {
10892			10973
10893	}		10974	}
10894	tmp___9 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg->vc),		10975	tmp___9 = vgDrd_vc_lte((VectorClock const   */* const  */)(& sg->vc),
10895	(VectorClock const   */* const  */)(& sg2->vc));		10976	(VectorClock const   */* const  */)(& sg2->vc));
10896	if (tmp___9) {		10977	if (tmp___9) {
10897	return ((Bool )0);		10978	return ((Bool )0);
10898	} else {		10979	} else {
10899			10980
10900	}		10981	}
10901	} else {		10982	} else {
10902			10983
10903	}		10984	}
10904	}		10985	}
10905	sg = sg->thr_prev;		10986	sg = sg->thr_prev;
10906	}		10987	}
10907	i ++;		10988	i ++;
10908	}		10989	}
10909	return ((Bool )1);		10990	return ((Bool )1);
10910	}		10991	}
10911	}		10992	}
10912	static void thread_merge_segments(void)		10993	static void thread_merge_segments(void)
10913	{		10994	{
10914	unsigned int i ;		10995	unsigned int i ;
10915	Segment *sg ;		10996	Segment *sg ;
10916	Segment *sg_next ;		10997	Segment *sg_next ;
10917	int tmp ;		10998	int tmp ;
10918	Bool tmp___0 ;		10999	Bool tmp___0 ;
10919	int tmp___1 ;		11000	int tmp___1 ;
10920			11001
10921	{		11002	{
10922	s_new_segments_since_last_merge = (Bool )0;		11003	s_new_segments_since_last_merge = (Bool )0;
10923	i = 0U;		11004	i = 0U;
10924	while (i < 500U) {		11005	while (i < 500U) {
10925	sg = vgDrd_g_threadinfo[i].sg_first;		11006	sg = vgDrd_g_threadinfo[i].sg_first;
10926	while (sg) {		11007	while (sg) {
10927	tmp___1 = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg);		11008	tmp___1 = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg);
10928	if (tmp___1 == 1) {		11009	if (tmp___1 == 1) {
10929	if (sg->thr_next) {		11010	if (sg->thr_next) {
10930	sg_next = sg->thr_next;		11011	sg_next = sg->thr_next;
10931	tmp = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg_next);		11012	tmp = vgDrd_sg_get_refcnt((Segment const   */* const  */)sg_next);
10932	if (tmp == 1) {		11013	if (tmp == 1) {
10933	if (sg_next->thr_next) {		11014	if (sg_next->thr_next) {
10934	tmp___0 = thread_consistent_segment_ordering((DrdThreadId const   )i,		11015	tmp___0 = thread_consistent_segment_ordering((DrdThreadId const   )i,
10935	(Segment */* const  */)sg,		11016	(Segment */* const  */)sg,
10936	(Segment */* const  */)sg_next);		11017	(Segment */* const  */)sg_next);
10937	if (tmp___0) {		11018	if (tmp___0) {
10938	vgDrd_sg_merge((Segment */* const  */)sg,		11019	vgDrd_sg_merge((Segment */* const  */)sg,
10939	(Segment */* const  */)sg_next);		11020	(Segment */* const  */)sg_next);
10940	thread_discard_segment((DrdThreadId const   )i,		11021	thread_discard_segment((DrdThreadId const   )i,
10941	(Segment */* const  */)sg_next);		11022	(Segment */* const  */)sg_next);
10942	} else {		11023	} else {
10943			11024
10944	}		11025	}
10945	} else {		11026	} else {
10946			11027
10947	}		11028	}
10948	} else {		11029	} else {
10949			11030
10950	}		11031	}
10951	} else {		11032	} else {
10952			11033
10953	}		11034	}
10954	} else {		11035	} else {
10955			11036
10956	}		11037	}
10957	sg = sg->thr_next;		11038	sg = sg->thr_next;
10958	}		11039	}
10959	i ++;		11040	i ++;
10960	}		11041	}
10961	return;		11042	return;
10962	}		11043	}
10963	}		11044	}
10964	void vgDrd_thread_new_segment(DrdThreadId const   tid )		11045	void vgDrd_thread_new_segment(DrdThreadId const   tid )
10965	{		11046	{
10966	Segment *last_sg ;		11047	Segment *last_sg ;
10967	Segment *new_sg ;		11048	Segment *new_sg ;
10968	int tmp ;		11049	int tmp ;
10969	long tmp___0 ;		11050	long tmp___0 ;
10970	Bool tmp___1 ;		11051	Bool tmp___1 ;
10971	int tmp___2 ;		11052	int tmp___2 ;
10972	long tmp___3 ;		11053	long tmp___3 ;
10973	Bool tmp___4 ;		11054	Bool tmp___4 ;
10974	int tmp___5 ;		11055	int tmp___5 ;
10975	long tmp___6 ;		11056	long tmp___6 ;
10976			11057
10977	{		11058	{
10978	if (0 <= (int )tid) {		11059	if (0 <= (int )tid) {
10979	if (tid < 500U) {		11060	if (tid < 500U) {
10980	if (tid != 0U) {		11061	if (tid != 0U) {
10981	tmp = 1;		11062	tmp = 1;
10982	} else {		11063	} else {
10983	tmp = 0;		11064	tmp = 0;
10984	}		11065	}
10985	} else {		11066	} else {
10986	tmp = 0;		11067	tmp = 0;
10987	}		11068	}
10988	} else {		11069	} else {
10989	tmp = 0;		11070	tmp = 0;
10990	}		11071	}
10991	tmp___0 = __builtin_expect((long )tmp, 1L);		11072	tmp___0 = __builtin_expect((long )tmp, 1L);
10992	if (tmp___0) {		11073	if (tmp___0) {
10993			11074
10994	} else {		11075	} else {
10995	vgPlain_assert_fail((Bool )0,		11076	vgPlain_assert_fail((Bool )0,
10996	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11077	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
10997	(Char const   *)"drd_thread.c", 1047,		11078	(Char const   *)"drd_thread.c", 1047,
10998	(Char const   *)"vgDrd_thread_new_segment", "");		11079	(Char const   *)"vgDrd_thread_new_segment", "");
10999	}		11080	}
11000	tmp___1 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);		11081	tmp___1 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);
11001	if (tmp___1) {		11082	if (tmp___1) {
11002	tmp___2 = 1;		11083	tmp___2 = 1;
11003	} else {		11084	} else {
11004	tmp___2 = 0;		11085	tmp___2 = 0;
11005	}		11086	}
11006	tmp___3 = __builtin_expect((long )tmp___2, 1L);		11087	tmp___3 = __builtin_expect((long )tmp___2, 1L);
11007	if (tmp___3) {		11088	if (tmp___3) {
11008			11089
11009	} else {		11090	} else {
11010	vgPlain_assert_fail((Bool )0,		11091	vgPlain_assert_fail((Bool )0,
11011	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",		11092	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",
11012	(Char const   *)"drd_thread.c", 1048,		11093	(Char const   *)"drd_thread.c", 1048,
11013	(Char const   *)"vgDrd_thread_new_segment", "");		11094	(Char const   *)"vgDrd_thread_new_segment", "");
11014	}		11095	}
11015	last_sg = vgDrd_g_threadinfo[tid].sg_last;		11096	last_sg = vgDrd_g_threadinfo[tid].sg_last;
11016	new_sg = vgDrd_sg_new(tid, tid);		11097	new_sg = vgDrd_sg_new(tid, tid);
11017	thread_append_segment(tid, (Segment */* const  */)new_sg);		11098	thread_append_segment(tid, (Segment */* const  */)new_sg);
11018	if (tid == (DrdThreadId const   )vgDrd_g_drd_running_tid) {		11099	if (tid == (DrdThreadId const   )vgDrd_g_drd_running_tid) {
11019	if (last_sg) {		11100	if (last_sg) {
11020	vgDrd_thread_update_conflict_set(tid,		11101	vgDrd_thread_update_conflict_set(tid,
11021	(VectorClock const   */* const  */)(& last_sg->vc));		11102	(VectorClock const   */* const  */)(& last_sg->vc));
11022	s_update_conflict_set_new_sg_count ++;		11103	s_update_conflict_set_new_sg_count ++;
11023	} else {		11104	} else {
11024			11105
11025	}		11106	}
11026	} else {		11107	} else {
11027			11108
11028	}		11109	}
11029	tmp___4 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);		11110	tmp___4 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);
11030	if (tmp___4) {		11111	if (tmp___4) {
11031	tmp___5 = 1;		11112	tmp___5 = 1;
11032	} else {		11113	} else {
11033	tmp___5 = 0;		11114	tmp___5 = 0;
11034	}		11115	}
11035	tmp___6 = __builtin_expect((long )tmp___5, 1L);		11116	tmp___6 = __builtin_expect((long )tmp___5, 1L);
11036	if (tmp___6) {		11117	if (tmp___6) {
11037			11118
11038	} else {		11119	} else {
11039	vgPlain_assert_fail((Bool )0,		11120	vgPlain_assert_fail((Bool )0,
11040	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",		11121	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",
11041	(Char const   *)"drd_thread.c", 1059,		11122	(Char const   *)"drd_thread.c", 1059,
11042	(Char const   *)"vgDrd_thread_new_segment", "");		11123	(Char const   *)"vgDrd_thread_new_segment", "");
11043	}		11124	}
11044	if (s_segment_merging) {		11125	if (s_segment_merging) {
11045	s_new_segments_since_last_merge = (Bool )((int )s_new_segments_since_last_merge + 1);		11126	s_new_segments_since_last_merge = (Bool )((int )s_new_segments_since_last_merge + 1);
11046	if ((int )s_new_segments_since_last_merge >= s_segment_merge_interval) {		11127	if ((int )s_new_segments_since_last_merge >= s_segment_merge_interval) {
11047	thread_discard_ordered_segments();		11128	thread_discard_ordered_segments();
11048	thread_merge_segments();		11129	thread_merge_segments();
11049	} else {		11130	} else {
11050			11131
11051	}		11132	}
11052	} else {		11133	} else {
11053			11134
11054	}		11135	}
11055	return;		11136	return;
11056	}		11137	}
11057	}		11138	}
11058	void vgDrd_thread_combine_vc_join(DrdThreadId const   joiner ,		11139	void vgDrd_thread_combine_vc_join(DrdThreadId const   joiner ,
11059	DrdThreadId const   joinee )		11140	DrdThreadId const   joinee )
11060	{		11141	{
11061	long tmp ;		11142	long tmp ;
11062	int tmp___0 ;		11143	int tmp___0 ;
11063	long tmp___1 ;		11144	long tmp___1 ;
11064	int tmp___2 ;		11145	int tmp___2 ;
11065	long tmp___3 ;		11146	long tmp___3 ;
11066	long tmp___4 ;		11147	long tmp___4 ;
11067	long tmp___5 ;		11148	long tmp___5 ;
11068	long tmp___6 ;		11149	long tmp___6 ;
11069	long tmp___7 ;		11150	long tmp___7 ;
11070	char *str1 ;		11151	char *str1 ;
11071	char *str2 ;		11152	char *str2 ;
11072	VectorClock *tmp___8 ;		11153	VectorClock *tmp___8 ;
11073	VectorClock *tmp___9 ;		11154	VectorClock *tmp___9 ;
11074	Bool tmp___10 ;		11155	Bool tmp___10 ;
11075	VectorClock old_vc ;		11156	VectorClock old_vc ;
11076	VectorClock *tmp___11 ;		11157	VectorClock *tmp___11 ;
11077	VectorClock *tmp___12 ;		11158	VectorClock *tmp___12 ;
11078	VectorClock *tmp___13 ;		11159	VectorClock *tmp___13 ;
11079	VectorClock *tmp___14 ;		11160	VectorClock *tmp___14 ;
11080	VectorClock *tmp___15 ;		11161	VectorClock *tmp___15 ;
11081	char *str ;		11162	char *str ;
11082	VectorClock *tmp___16 ;		11163	VectorClock *tmp___16 ;
11083	Bool tmp___17 ;		11164	Bool tmp___17 ;
11084			11165
11085	{		11166	{
11086	tmp = __builtin_expect((long )(! (! (joiner != joinee))), 1L);		11167	tmp = __builtin_expect((long )(! (! (joiner != joinee))), 1L);
11087	if (tmp) {		11168	if (tmp) {
11088			11169
11089	} else {		11170	} else {
11090	vgPlain_assert_fail((Bool )0, (Char const   *)"joiner != joinee",		11171	vgPlain_assert_fail((Bool )0, (Char const   *)"joiner != joinee",
11091	(Char const   *)"drd_thread.c", 1072,		11172	(Char const   *)"drd_thread.c", 1072,
11092	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11173	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11093	}		11174	}
11094	if (0 <= (int )joiner) {		11175	if (0 <= (int )joiner) {
11095	if (joiner < 500U) {		11176	if (joiner < 500U) {
11096	if (joiner != 0U) {		11177	if (joiner != 0U) {
11097	tmp___0 = 1;		11178	tmp___0 = 1;
11098	} else {		11179	} else {
11099	tmp___0 = 0;		11180	tmp___0 = 0;
11100	}		11181	}
11101	} else {		11182	} else {
11102	tmp___0 = 0;		11183	tmp___0 = 0;
11103	}		11184	}
11104	} else {		11185	} else {
11105	tmp___0 = 0;		11186	tmp___0 = 0;
11106	}		11187	}
11107	tmp___1 = __builtin_expect((long )tmp___0, 1L);		11188	tmp___1 = __builtin_expect((long )tmp___0, 1L);
11108	if (tmp___1) {		11189	if (tmp___1) {
11109			11190
11110	} else {		11191	} else {
11111	vgPlain_assert_fail((Bool )0,		11192	vgPlain_assert_fail((Bool )0,
11112	(Char const   *)"0 <= (int)joiner && joiner < DRD_N_THREADS && joiner != DRD_INVALID_THREADID",		11193	(Char const   *)"0 <= (int)joiner && joiner < DRD_N_THREADS && joiner != DRD_INVALID_THREADID",
11113	(Char const   *)"drd_thread.c", 1074,		11194	(Char const   *)"drd_thread.c", 1074,
11114	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11195	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11115	}		11196	}
11116	if (0 <= (int )joinee) {		11197	if (0 <= (int )joinee) {
11117	if (joinee < 500U) {		11198	if (joinee < 500U) {
11118	if (joinee != 0U) {		11199	if (joinee != 0U) {
11119	tmp___2 = 1;		11200	tmp___2 = 1;
11120	} else {		11201	} else {
11121	tmp___2 = 0;		11202	tmp___2 = 0;
11122	}		11203	}
11123	} else {		11204	} else {
11124	tmp___2 = 0;		11205	tmp___2 = 0;
11125	}		11206	}
11126	} else {		11207	} else {
11127	tmp___2 = 0;		11208	tmp___2 = 0;
11128	}		11209	}
11129	tmp___3 = __builtin_expect((long )tmp___2, 1L);		11210	tmp___3 = __builtin_expect((long )tmp___2, 1L);
11130	if (tmp___3) {		11211	if (tmp___3) {
11131			11212
11132	} else {		11213	} else {
11133	vgPlain_assert_fail((Bool )0,		11214	vgPlain_assert_fail((Bool )0,
11134	(Char const   *)"0 <= (int)joinee && joinee < DRD_N_THREADS && joinee != DRD_INVALID_THREADID",		11215	(Char const   *)"0 <= (int)joinee && joinee < DRD_N_THREADS && joinee != DRD_INVALID_THREADID",
11135	(Char const   *)"drd_thread.c", 1076,		11216	(Char const   *)"drd_thread.c", 1076,
11136	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11217	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11137	}		11218	}
11138	tmp___4 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joiner].sg_first)),		11219	tmp___4 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joiner].sg_first)),
11139	1L);		11220	1L);
11140	if (tmp___4) {		11221	if (tmp___4) {
11141			11222
11142	} else {		11223	} else {
11143	vgPlain_assert_fail((Bool )0,		11224	vgPlain_assert_fail((Bool )0,
11144	(Char const   *)"DRD_(g_threadinfo)[joiner].sg_first",		11225	(Char const   *)"DRD_(g_threadinfo)[joiner].sg_first",
11145	(Char const   *)"drd_thread.c", 1077,		11226	(Char const   *)"drd_thread.c", 1077,
11146	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11227	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11147	}		11228	}
11148	tmp___5 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joiner].sg_last)),		11229	tmp___5 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joiner].sg_last)),
11149	1L);		11230	1L);
11150	if (tmp___5) {		11231	if (tmp___5) {
11151			11232
11152	} else {		11233	} else {
11153	vgPlain_assert_fail((Bool )0,		11234	vgPlain_assert_fail((Bool )0,
11154	(Char const   *)"DRD_(g_threadinfo)[joiner].sg_last",		11235	(Char const   *)"DRD_(g_threadinfo)[joiner].sg_last",
11155	(Char const   *)"drd_thread.c", 1078,		11236	(Char const   *)"drd_thread.c", 1078,
11156	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11237	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11157	}		11238	}
11158	tmp___6 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joinee].sg_first)),		11239	tmp___6 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joinee].sg_first)),
11159	1L);		11240	1L);
11160	if (tmp___6) {		11241	if (tmp___6) {
11161			11242
11162	} else {		11243	} else {
11163	vgPlain_assert_fail((Bool )0,		11244	vgPlain_assert_fail((Bool )0,
11164	(Char const   *)"DRD_(g_threadinfo)[joinee].sg_first",		11245	(Char const   *)"DRD_(g_threadinfo)[joinee].sg_first",
11165	(Char const   *)"drd_thread.c", 1079,		11246	(Char const   *)"drd_thread.c", 1079,
11166	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11247	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11167	}		11248	}
11168	tmp___7 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joinee].sg_last)),		11249	tmp___7 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[joinee].sg_last)),
11169	1L);		11250	1L);
11170	if (tmp___7) {		11251	if (tmp___7) {
11171			11252
11172	} else {		11253	} else {
11173	vgPlain_assert_fail((Bool )0,		11254	vgPlain_assert_fail((Bool )0,
11174	(Char const   *)"DRD_(g_threadinfo)[joinee].sg_last",		11255	(Char const   *)"DRD_(g_threadinfo)[joinee].sg_last",
11175	(Char const   *)"drd_thread.c", 1080,		11256	(Char const   *)"drd_thread.c", 1080,
11176	(Char const   *)"vgDrd_thread_combine_vc_join", "");		11257	(Char const   *)"vgDrd_thread_combine_vc_join", "");
11177	}		11258	}
11178	tmp___10 = vgDrd_sg_get_trace();		11259	tmp___10 = vgDrd_sg_get_trace();
11179	if (tmp___10) {		11260	if (tmp___10) {
11180	tmp___8 = vgDrd_thread_get_vc(joiner);		11261	tmp___8 = vgDrd_thread_get_vc(joiner);
11181	str1 = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___8);		11262	str1 = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___8);
11182	tmp___9 = vgDrd_thread_get_vc(joinee);		11263	tmp___9 = vgDrd_thread_get_vc(joinee);
11183	str2 = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___9);		11264	str2 = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___9);
11184	vgPlain_message((VgMsgKind )2, "Before join: joiner %s, joinee %s\n", str1,		11265	vgPlain_message((VgMsgKind )2, "Before join: joiner %s, joinee %s\n", str1,
11185	str2);		11266	str2);
11186	vgPlain_free((void *)str1);		11267	vgPlain_free((void *)str1);
11187	vgPlain_free((void *)str2);		11268	vgPlain_free((void *)str2);
11188	} else {		11269	} else {
11189			11270
11190	}		11271	}
11191	if (joiner == (DrdThreadId const   )vgDrd_g_drd_running_tid) {		11272	if (joiner == (DrdThreadId const   )vgDrd_g_drd_running_tid) {
11192	tmp___11 = vgDrd_thread_get_vc(joiner);		11273	tmp___11 = vgDrd_thread_get_vc(joiner);
11193	vgDrd_vc_copy((VectorClock */* const  */)(& old_vc),		11274	vgDrd_vc_copy((VectorClock */* const  */)(& old_vc),
11194	(VectorClock const   */* const  */)tmp___11);		11275	(VectorClock const   */* const  */)tmp___11);
11195	tmp___12 = vgDrd_thread_get_vc(joinee);		11276	tmp___12 = vgDrd_thread_get_vc(joinee);
11196	tmp___13 = vgDrd_thread_get_vc(joiner);		11277	tmp___13 = vgDrd_thread_get_vc(joiner);
11197	vgDrd_vc_combine((VectorClock */* const  */)tmp___13,		11278	vgDrd_vc_combine((VectorClock */* const  */)tmp___13,
11198	(VectorClock const   */* const  */)tmp___12);		11279	(VectorClock const   */* const  */)tmp___12);
11199	vgDrd_thread_update_conflict_set(joiner,		11280	vgDrd_thread_update_conflict_set(joiner,
11200	(VectorClock const   */* const  */)(& old_vc));		11281	(VectorClock const   */* const  */)(& old_vc));
11201	s_update_conflict_set_join_count ++;		11282	s_update_conflict_set_join_count ++;
11202	vgDrd_vc_cleanup((VectorClock */* const  */)(& old_vc));		11283	vgDrd_vc_cleanup((VectorClock */* const  */)(& old_vc));
11203	} else {		11284	} else {
11204	tmp___14 = vgDrd_thread_get_vc(joinee);		11285	tmp___14 = vgDrd_thread_get_vc(joinee);
11205	tmp___15 = vgDrd_thread_get_vc(joiner);		11286	tmp___15 = vgDrd_thread_get_vc(joiner);
11206	vgDrd_vc_combine((VectorClock */* const  */)tmp___15,		11287	vgDrd_vc_combine((VectorClock */* const  */)tmp___15,
11207	(VectorClock const   */* const  */)tmp___14);		11288	(VectorClock const   */* const  */)tmp___14);
11208	}		11289	}
11209	thread_discard_ordered_segments();		11290	thread_discard_ordered_segments();
11210	tmp___17 = vgDrd_sg_get_trace();		11291	tmp___17 = vgDrd_sg_get_trace();
11211	if (tmp___17) {		11292	if (tmp___17) {
11212	tmp___16 = vgDrd_thread_get_vc(joiner);		11293	tmp___16 = vgDrd_thread_get_vc(joiner);
11213	str = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___16);		11294	str = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___16);
11214	vgPlain_message((VgMsgKind )2, "After join: %s\n", str);		11295	vgPlain_message((VgMsgKind )2, "After join: %s\n", str);
11215	vgPlain_free((void *)str);		11296	vgPlain_free((void *)str);
11216	} else {		11297	} else {
11217			11298
11218	}		11299	}
11219	return;		11300	return;
11220	}		11301	}
11221	}		11302	}
11222	static void thread_combine_vc_sync(DrdThreadId tid , Segment const   *sg )		11303	static void thread_combine_vc_sync(DrdThreadId tid , Segment const   *sg )
11223	{		11304	{
11224	VectorClock const   *vc ;		11305	VectorClock const   *vc ;
11225	int tmp ;		11306	int tmp ;
11226	long tmp___0 ;		11307	long tmp___0 ;
11227	long tmp___1 ;		11308	long tmp___1 ;
11228	long tmp___2 ;		11309	long tmp___2 ;
11229	long tmp___3 ;		11310	long tmp___3 ;
11230	long tmp___4 ;		11311	long tmp___4 ;
11231	VectorClock old_vc ;		11312	VectorClock old_vc ;
11232	VectorClock *tmp___5 ;		11313	VectorClock *tmp___5 ;
11233	VectorClock *tmp___6 ;		11314	VectorClock *tmp___6 ;
11234	char *str1 ;		11315	char *str1 ;
11235	char *str2 ;		11316	char *str2 ;
11236	VectorClock *tmp___7 ;		11317	VectorClock *tmp___7 ;
11237	Bool tmp___8 ;		11318	Bool tmp___8 ;
11238	VectorClock *tmp___9 ;		11319	VectorClock *tmp___9 ;
11239	Bool tmp___10 ;		11320	Bool tmp___10 ;
11240	int tmp___11 ;		11321	int tmp___11 ;
11241	long tmp___12 ;		11322	long tmp___12 ;
11242			11323
11243	{		11324	{
11244	vc = & sg->vc;		11325	vc = & sg->vc;
11245	if (0 <= (int )tid) {		11326	if (0 <= (int )tid) {
11246	if (tid < 500U) {		11327	if (tid < 500U) {
11247	if (tid != 0U) {		11328	if (tid != 0U) {
11248	tmp = 1;		11329	tmp = 1;
11249	} else {		11330	} else {
11250	tmp = 0;		11331	tmp = 0;
11251	}		11332	}
11252	} else {		11333	} else {
11253	tmp = 0;		11334	tmp = 0;
11254	}		11335	}
11255	} else {		11336	} else {
11256	tmp = 0;		11337	tmp = 0;
11257	}		11338	}
11258	tmp___0 = __builtin_expect((long )tmp, 1L);		11339	tmp___0 = __builtin_expect((long )tmp, 1L);
11259	if (tmp___0) {		11340	if (tmp___0) {
11260			11341
11261	} else {		11342	} else {
11262	vgPlain_assert_fail((Bool )0,		11343	vgPlain_assert_fail((Bool )0,
11263	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11344	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11264	(Char const   *)"drd_thread.c", 1126,		11345	(Char const   *)"drd_thread.c", 1126,
11265	(Char const   *)"thread_combine_vc_sync", "");		11346	(Char const   *)"thread_combine_vc_sync", "");
11266	}		11347	}
11267	tmp___1 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[tid].sg_first)), 1L);		11348	tmp___1 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[tid].sg_first)), 1L);
11268	if (tmp___1) {		11349	if (tmp___1) {
11269			11350
11270	} else {		11351	} else {
11271	vgPlain_assert_fail((Bool )0,		11352	vgPlain_assert_fail((Bool )0,
11272	(Char const   *)"DRD_(g_threadinfo)[tid].sg_first",		11353	(Char const   *)"DRD_(g_threadinfo)[tid].sg_first",
11273	(Char const   *)"drd_thread.c", 1127,		11354	(Char const   *)"drd_thread.c", 1127,
11274	(Char const   *)"thread_combine_vc_sync", "");		11355	(Char const   *)"thread_combine_vc_sync", "");
11275	}		11356	}
11276	tmp___2 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[tid].sg_last)), 1L);		11357	tmp___2 = __builtin_expect((long )(! (! vgDrd_g_threadinfo[tid].sg_last)), 1L);
11277	if (tmp___2) {		11358	if (tmp___2) {
11278			11359
11279	} else {		11360	} else {
11280	vgPlain_assert_fail((Bool )0,		11361	vgPlain_assert_fail((Bool )0,
11281	(Char const   *)"DRD_(g_threadinfo)[tid].sg_last",		11362	(Char const   *)"DRD_(g_threadinfo)[tid].sg_last",
11282	(Char const   *)"drd_thread.c", 1128,		11363	(Char const   *)"drd_thread.c", 1128,
11283	(Char const   *)"thread_combine_vc_sync", "");		11364	(Char const   *)"thread_combine_vc_sync", "");
11284	}		11365	}
11285	tmp___3 = __builtin_expect((long )(! (! sg)), 1L);		11366	tmp___3 = __builtin_expect((long )(! (! sg)), 1L);
11286	if (tmp___3) {		11367	if (tmp___3) {
11287			11368
11288	} else {		11369	} else {
11289	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		11370	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
11290	(Char const   *)"drd_thread.c", 1129,		11371	(Char const   *)"drd_thread.c", 1129,
11291	(Char const   *)"thread_combine_vc_sync", "");		11372	(Char const   *)"thread_combine_vc_sync", "");
11292	}		11373	}
11293	tmp___4 = __builtin_expect((long )(! (! vc)), 1L);		11374	tmp___4 = __builtin_expect((long )(! (! vc)), 1L);
11294	if (tmp___4) {		11375	if (tmp___4) {
11295			11376
11296	} else {		11377	} else {
11297	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",		11378	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",
11298	(Char const   *)"drd_thread.c", 1130,		11379	(Char const   *)"drd_thread.c", 1130,
11299	(Char const   *)"thread_combine_vc_sync", "");		11380	(Char const   *)"thread_combine_vc_sync", "");
11300	}		11381	}
11301	if (tid != (DrdThreadId )sg->tid) {		11382	if (tid != (DrdThreadId )sg->tid) {
11302	tmp___5 = vgDrd_thread_get_vc((DrdThreadId const   )tid);		11383	tmp___5 = vgDrd_thread_get_vc((DrdThreadId const   )tid);
11303	vgDrd_vc_copy((VectorClock */* const  */)(& old_vc),		11384	vgDrd_vc_copy((VectorClock */* const  */)(& old_vc),
11304	(VectorClock const   */* const  */)tmp___5);		11385	(VectorClock const   */* const  */)tmp___5);
11305	tmp___6 = vgDrd_thread_get_vc((DrdThreadId const   )tid);		11386	tmp___6 = vgDrd_thread_get_vc((DrdThreadId const   )tid);
11306	vgDrd_vc_combine((VectorClock */* const  */)tmp___6,		11387	vgDrd_vc_combine((VectorClock */* const  */)tmp___6,
11307	(VectorClock const   */* const  */)vc);		11388	(VectorClock const   */* const  */)vc);
11308	tmp___8 = vgDrd_sg_get_trace();		11389	tmp___8 = vgDrd_sg_get_trace();
11309	if (tmp___8) {		11390	if (tmp___8) {
11310	str1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& old_vc));		11391	str1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& old_vc));
11311	tmp___7 = vgDrd_thread_get_vc((DrdThreadId const   )tid);		11392	tmp___7 = vgDrd_thread_get_vc((DrdThreadId const   )tid);
11312	str2 = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___7);		11393	str2 = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___7);
11313	vgPlain_message((VgMsgKind )2, "thread %d: vc %s -> %s\n", tid, str1, str2);		11394	vgPlain_message((VgMsgKind )2, "thread %d: vc %s -> %s\n", tid, str1, str2);
11314	vgPlain_free((void *)str1);		11395	vgPlain_free((void *)str1);
11315	vgPlain_free((void *)str2);		11396	vgPlain_free((void *)str2);
11316	} else {		11397	} else {
11317			11398
11318	}		11399	}
11319	thread_discard_ordered_segments();		11400	thread_discard_ordered_segments();
11320	vgDrd_thread_update_conflict_set((DrdThreadId const   )tid,		11401	vgDrd_thread_update_conflict_set((DrdThreadId const   )tid,
11321	(VectorClock const   */* const  */)(& old_vc));		11402	(VectorClock const   */* const  */)(& old_vc));
11322	s_update_conflict_set_sync_count ++;		11403	s_update_conflict_set_sync_count ++;
11323	vgDrd_vc_cleanup((VectorClock */* const  */)(& old_vc));		11404	vgDrd_vc_cleanup((VectorClock */* const  */)(& old_vc));
11324	} else {		11405	} else {
11325	tmp___9 = vgDrd_thread_get_vc((DrdThreadId const   )tid);		11406	tmp___9 = vgDrd_thread_get_vc((DrdThreadId const   )tid);
11326	tmp___10 = vgDrd_vc_lte((VectorClock const   */* const  */)vc,		11407	tmp___10 = vgDrd_vc_lte((VectorClock const   */* const  */)vc,
11327	(VectorClock const   */* const  */)tmp___9);		11408	(VectorClock const   */* const  */)tmp___9);
11328	if (tmp___10) {		11409	if (tmp___10) {
11329	tmp___11 = 1;		11410	tmp___11 = 1;
11330	} else {		11411	} else {
11331	tmp___11 = 0;		11412	tmp___11 = 0;
11332	}		11413	}
11333	tmp___12 = __builtin_expect((long )tmp___11, 1L);		11414	tmp___12 = __builtin_expect((long )tmp___11, 1L);
11334	if (tmp___12) {		11415	if (tmp___12) {
11335			11416
11336	} else {		11417	} else {
11337	vgPlain_assert_fail((Bool )0,		11418	vgPlain_assert_fail((Bool )0,
11338	(Char const   *)"DRD_(vc_lte)(vc, DRD_(thread_get_vc)(tid))",		11419	(Char const   *)"DRD_(vc_lte)(vc, DRD_(thread_get_vc)(tid))",
11339	(Char const   *)"drd_thread.c", 1153,		11420	(Char const   *)"drd_thread.c", 1153,
11340	(Char const   *)"thread_combine_vc_sync", "");		11421	(Char const   *)"thread_combine_vc_sync", "");
11341	}		11422	}
11342	}		11423	}
11343	return;		11424	return;
11344	}		11425	}
11345	}		11426	}
11346	void vgDrd_thread_new_segment_and_combine_vc(DrdThreadId tid ,		11427	void vgDrd_thread_new_segment_and_combine_vc(DrdThreadId tid ,
11347	Segment const   *sg )		11428	Segment const   *sg )
11348	{		11429	{
11349	int tmp ;		11430	int tmp ;
11350	long tmp___0 ;		11431	long tmp___0 ;
11351	Bool tmp___1 ;		11432	Bool tmp___1 ;
11352	int tmp___2 ;		11433	int tmp___2 ;
11353	long tmp___3 ;		11434	long tmp___3 ;
11354	long tmp___4 ;		11435	long tmp___4 ;
11355	Segment *tmp___5 ;		11436	Segment *tmp___5 ;
11356			11437
11357	{		11438	{
11358	if (0 <= (int )tid) {		11439	if (0 <= (int )tid) {
11359	if (tid < 500U) {		11440	if (tid < 500U) {
11360	if (tid != 0U) {		11441	if (tid != 0U) {
11361	tmp = 1;		11442	tmp = 1;
11362	} else {		11443	} else {
11363	tmp = 0;		11444	tmp = 0;
11364	}		11445	}
11365	} else {		11446	} else {
11366	tmp = 0;		11447	tmp = 0;
11367	}		11448	}
11368	} else {		11449	} else {
11369	tmp = 0;		11450	tmp = 0;
11370	}		11451	}
11371	tmp___0 = __builtin_expect((long )tmp, 1L);		11452	tmp___0 = __builtin_expect((long )tmp, 1L);
11372	if (tmp___0) {		11453	if (tmp___0) {
11373			11454
11374	} else {		11455	} else {
11375	vgPlain_assert_fail((Bool )0,		11456	vgPlain_assert_fail((Bool )0,
11376	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11457	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11377	(Char const   *)"drd_thread.c", 1166,		11458	(Char const   *)"drd_thread.c", 1166,
11378	(Char const   *)"vgDrd_thread_new_segment_and_combine_vc",		11459	(Char const   *)"vgDrd_thread_new_segment_and_combine_vc",
11379	"");		11460	"");
11380	}		11461	}
11381	tmp___1 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);		11462	tmp___1 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);
11382	if (tmp___1) {		11463	if (tmp___1) {
11383	tmp___2 = 1;		11464	tmp___2 = 1;
11384	} else {		11465	} else {
11385	tmp___2 = 0;		11466	tmp___2 = 0;
11386	}		11467	}
11387	tmp___3 = __builtin_expect((long )tmp___2, 1L);		11468	tmp___3 = __builtin_expect((long )tmp___2, 1L);
11388	if (tmp___3) {		11469	if (tmp___3) {
11389			11470
11390	} else {		11471	} else {
11391	vgPlain_assert_fail((Bool )0,		11472	vgPlain_assert_fail((Bool )0,
11392	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",		11473	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",
11393	(Char const   *)"drd_thread.c", 1167,		11474	(Char const   *)"drd_thread.c", 1167,
11394	(Char const   *)"vgDrd_thread_new_segment_and_combine_vc",		11475	(Char const   *)"vgDrd_thread_new_segment_and_combine_vc",
11395	"");		11476	"");
11396	}		11477	}
11397	tmp___4 = __builtin_expect((long )(! (! sg)), 1L);		11478	tmp___4 = __builtin_expect((long )(! (! sg)), 1L);
11398	if (tmp___4) {		11479	if (tmp___4) {
11399			11480
11400	} else {		11481	} else {
11401	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",		11482	vgPlain_assert_fail((Bool )0, (Char const   *)"sg",
11402	(Char const   *)"drd_thread.c", 1168,		11483	(Char const   *)"drd_thread.c", 1168,
11403	(Char const   *)"vgDrd_thread_new_segment_and_combine_vc",		11484	(Char const   *)"vgDrd_thread_new_segment_and_combine_vc",
11404	"");		11485	"");
11405	}		11486	}
11406	tmp___5 = vgDrd_sg_new((DrdThreadId const   )tid, (DrdThreadId const   )tid);		11487	tmp___5 = vgDrd_sg_new((DrdThreadId const   )tid, (DrdThreadId const   )tid);
11407	thread_append_segment((DrdThreadId const   )tid,		11488	thread_append_segment((DrdThreadId const   )tid,
11408	(Segment */* const  */)tmp___5);		11489	(Segment */* const  */)tmp___5);
11409	thread_combine_vc_sync(tid, sg);		11490	thread_combine_vc_sync(tid, sg);
11410	if (s_segment_merging) {		11491	if (s_segment_merging) {
11411	s_new_segments_since_last_merge = (Bool )((int )s_new_segments_since_last_merge + 1);		11492	s_new_segments_since_last_merge = (Bool )((int )s_new_segments_since_last_merge + 1);
11412	if ((int )s_new_segments_since_last_merge >= s_segment_merge_interval) {		11493	if ((int )s_new_segments_since_last_merge >= s_segment_merge_interval) {
11413	thread_discard_ordered_segments();		11494	thread_discard_ordered_segments();
11414	thread_merge_segments();		11495	thread_merge_segments();
11415	} else {		11496	} else {
11416			11497
11417	}		11498	}
11418	} else {		11499	} else {
11419			11500
11420	}		11501	}
11421	return;		11502	return;
11422	}		11503	}
11423	}		11504	}
11424	void vgDrd_thread_stop_using_mem(Addr const   a1 , Addr const   a2 )		11505	void vgDrd_thread_stop_using_mem(Addr const   a1 , Addr const   a2 )
11425	{		11506	{
11426	Segment *p ;		11507	Segment *p ;
11427	struct bitmap *tmp ;		11508	struct bitmap *tmp ;
11428			11509
11429	{		11510	{
11430	p = vgDrd_g_sg_list;		11511	p = vgDrd_g_sg_list;
11431	while (p) {		11512	while (p) {
11432	tmp = vgDrd_sg_bm((Segment */* const  */)p);		11513	tmp = vgDrd_sg_bm((Segment */* const  */)p);
11433	vgDrd_bm_clear((struct bitmap */* const  */)tmp, a1, a2);		11514	vgDrd_bm_clear((struct bitmap */* const  */)tmp, a1, a2);
11434	p = p->g_next;		11515	p = p->g_next;
11435	}		11516	}
11436	vgDrd_bm_clear((struct bitmap */* const  */)vgDrd_g_conflict_set, a1, a2);		11517	vgDrd_bm_clear((struct bitmap */* const  */)vgDrd_g_conflict_set, a1, a2);
11437	return;		11518	return;
11438	}		11519	}
11439	}		11520	}
11440	void vgDrd_thread_set_record_loads(DrdThreadId const   tid ,		11521	void vgDrd_thread_set_record_loads(DrdThreadId const   tid ,
11441	Bool const   enabled )		11522	Bool const   enabled )
11442	{		11523	{
11443	int tmp ;		11524	int tmp ;
11444	long tmp___0 ;		11525	long tmp___0 ;
11445	long tmp___1 ;		11526	long tmp___1 ;
11446			11527
11447	{		11528	{
11448	if (0 <= (int )tid) {		11529	if (0 <= (int )tid) {
11449	if (tid < 500U) {		11530	if (tid < 500U) {
11450	if (tid != 0U) {		11531	if (tid != 0U) {
11451	tmp = 1;		11532	tmp = 1;
11452	} else {		11533	} else {
11453	tmp = 0;		11534	tmp = 0;
11454	}		11535	}
11455	} else {		11536	} else {
11456	tmp = 0;		11537	tmp = 0;
11457	}		11538	}
11458	} else {		11539	} else {
11459	tmp = 0;		11540	tmp = 0;
11460	}		11541	}
11461	tmp___0 = __builtin_expect((long )tmp, 1L);		11542	tmp___0 = __builtin_expect((long )tmp, 1L);
11462	if (tmp___0) {		11543	if (tmp___0) {
11463			11544
11464	} else {		11545	} else {
11465	vgPlain_assert_fail((Bool )0,		11546	vgPlain_assert_fail((Bool )0,
11466	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11547	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11467	(Char const   *)"drd_thread.c", 1201,		11548	(Char const   *)"drd_thread.c", 1201,
11468	(Char const   *)"vgDrd_thread_set_record_loads", "");		11549	(Char const   *)"vgDrd_thread_set_record_loads", "");
11469	}		11550	}
11470	tmp___1 = __builtin_expect((long )(! (! ((int const   )enabled == (int const   )(! (! enabled))))),		11551	tmp___1 = __builtin_expect((long )(! (! ((int const   )enabled == (int const   )(! (! enabled))))),
11471	1L);		11552	1L);
11472	if (tmp___1) {		11553	if (tmp___1) {
11473			11554
11474	} else {		11555	} else {
11475	vgPlain_assert_fail((Bool )0, (Char const   *)"enabled == !! enabled",		11556	vgPlain_assert_fail((Bool )0, (Char const   *)"enabled == !! enabled",
11476	(Char const   *)"drd_thread.c", 1202,		11557	(Char const   *)"drd_thread.c", 1202,
11477	(Char const   *)"vgDrd_thread_set_record_loads", "");		11558	(Char const   *)"vgDrd_thread_set_record_loads", "");
11478	}		11559	}
11479	vgDrd_g_threadinfo[tid].is_recording_loads = (Bool )enabled;		11560	vgDrd_g_threadinfo[tid].is_recording_loads = (Bool )enabled;
11480	return;		11561	return;
11481	}		11562	}
11482	}		11563	}
11483	void vgDrd_thread_set_record_stores(DrdThreadId const   tid ,		11564	void vgDrd_thread_set_record_stores(DrdThreadId const   tid ,
11484	Bool const   enabled )		11565	Bool const   enabled )
11485	{		11566	{
11486	int tmp ;		11567	int tmp ;
11487	long tmp___0 ;		11568	long tmp___0 ;
11488	long tmp___1 ;		11569	long tmp___1 ;
11489			11570
11490	{		11571	{
11491	if (0 <= (int )tid) {		11572	if (0 <= (int )tid) {
11492	if (tid < 500U) {		11573	if (tid < 500U) {
11493	if (tid != 0U) {		11574	if (tid != 0U) {
11494	tmp = 1;		11575	tmp = 1;
11495	} else {		11576	} else {
11496	tmp = 0;		11577	tmp = 0;
11497	}		11578	}
11498	} else {		11579	} else {
11499	tmp = 0;		11580	tmp = 0;
11500	}		11581	}
11501	} else {		11582	} else {
11502	tmp = 0;		11583	tmp = 0;
11503	}		11584	}
11504	tmp___0 = __builtin_expect((long )tmp, 1L);		11585	tmp___0 = __builtin_expect((long )tmp, 1L);
11505	if (tmp___0) {		11586	if (tmp___0) {
11506			11587
11507	} else {		11588	} else {
11508	vgPlain_assert_fail((Bool )0,		11589	vgPlain_assert_fail((Bool )0,
11509	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11590	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11510	(Char const   *)"drd_thread.c", 1211,		11591	(Char const   *)"drd_thread.c", 1211,
11511	(Char const   *)"vgDrd_thread_set_record_stores", "");		11592	(Char const   *)"vgDrd_thread_set_record_stores", "");
11512	}		11593	}
11513	tmp___1 = __builtin_expect((long )(! (! ((int const   )enabled == (int const   )(! (! enabled))))),		11594	tmp___1 = __builtin_expect((long )(! (! ((int const   )enabled == (int const   )(! (! enabled))))),
11514	1L);		11595	1L);
11515	if (tmp___1) {		11596	if (tmp___1) {
11516			11597
11517	} else {		11598	} else {
11518	vgPlain_assert_fail((Bool )0, (Char const   *)"enabled == !! enabled",		11599	vgPlain_assert_fail((Bool )0, (Char const   *)"enabled == !! enabled",
11519	(Char const   *)"drd_thread.c", 1212,		11600	(Char const   *)"drd_thread.c", 1212,
11520	(Char const   *)"vgDrd_thread_set_record_stores", "");		11601	(Char const   *)"vgDrd_thread_set_record_stores", "");
11521	}		11602	}
11522	vgDrd_g_threadinfo[tid].is_recording_stores = (Bool )enabled;		11603	vgDrd_g_threadinfo[tid].is_recording_stores = (Bool )enabled;
11523	return;		11604	return;
11524	}		11605	}
11525	}		11606	}
11526	void vgDrd_thread_print_all(void)		11607	void vgDrd_thread_print_all(void)
11527	{		11608	{
11528	unsigned int i ;		11609	unsigned int i ;
11529	Segment *p ;		11610	Segment *p ;
11530			11611
11531	{		11612	{
11532	i = 0U;		11613	i = 0U;
11533	while (i < 500U) {		11614	while (i < 500U) {
11534	p = vgDrd_g_threadinfo[i].sg_first;		11615	p = vgDrd_g_threadinfo[i].sg_first;
11535	if (p) {		11616	if (p) {
11536	vgPlain_printf("**************\n* thread %3d (%d/%d/%d/%d/0x%lx/%d) *\n**************\n",		11617	vgPlain_printf("**************\n* thread %3d (%d/%d/%d/%d/0x%lx/%d) *\n**************\n",
11537	i, (int )vgDrd_g_threadinfo[i].valid,		11618	i, (int )vgDrd_g_threadinfo[i].valid,
11538	(int )vgDrd_g_threadinfo[i].vg_thread_exists,		11619	(int )vgDrd_g_threadinfo[i].vg_thread_exists,
11539	vgDrd_g_threadinfo[i].vg_threadid,		11620	vgDrd_g_threadinfo[i].vg_threadid,
11540	(int )vgDrd_g_threadinfo[i].posix_thread_exists,		11621	(int )vgDrd_g_threadinfo[i].posix_thread_exists,
11541	vgDrd_g_threadinfo[i].pt_threadid,		11622	vgDrd_g_threadinfo[i].pt_threadid,
11542	(int )vgDrd_g_threadinfo[i].detached_posix_thread);		11623	(int )vgDrd_g_threadinfo[i].detached_posix_thread);
11543	while (p) {		11624	while (p) {
11544	vgDrd_sg_print((Segment */* const  */)p);		11625	vgDrd_sg_print((Segment */* const  */)p);
11545	p = p->thr_next;		11626	p = p->thr_next;
11546	}		11627	}
11547	} else {		11628	} else {
11548			11629
11549	}		11630	}
11550	i ++;		11631	i ++;
11551	}		11632	}
11552	return;		11633	return;
11553	}		11634	}
11554	}		11635	}
11555	static void show_call_stack(DrdThreadId const   tid ,		11636	static void show_call_stack(DrdThreadId const   tid ,
11556	ExeContext * const  callstack )		11637	ExeContext * const  callstack )
11557	{		11638	{
11558	ThreadId vg_tid ;		11639	ThreadId vg_tid ;
11559	ThreadId tmp ;		11640	ThreadId tmp ;
11560			11641
11561	{		11642	{
11562	tmp = vgDrd_DrdThreadIdToVgThreadId(tid);		11643	tmp = vgDrd_DrdThreadIdToVgThreadId(tid);
11563	vg_tid = tmp;		11644	vg_tid = tmp;
11564	if (vg_tid != 0U) {		11645	if (vg_tid != 0U) {
11565	if (callstack) {		11646	if (callstack) {
11566	vgPlain_pp_ExeContext((ExeContext *)callstack);		11647	vgPlain_pp_ExeContext((ExeContext *)callstack);
11567	} else {		11648	} else {
11568	vgPlain_get_and_pp_StackTrace(vg_tid, (UInt )vgPlain_clo_backtrace_size);		11649	vgPlain_get_and_pp_StackTrace(vg_tid, (UInt )vgPlain_clo_backtrace_size);
11569	}		11650	}
11570	} else		11651	} else
11571	if (! vgPlain_clo_xml) {		11652	if (! vgPlain_clo_xml) {
11572	vgPlain_message((VgMsgKind )1,		11653	vgPlain_message((VgMsgKind )1,
11573	"   (thread finished, call stack no longer available)\n");		11654	"   (thread finished, call stack no longer available)\n");
11574	} else {		11655	} else {
11575			11656
11576	}		11657	}
11577	return;		11658	return;
11578	}		11659	}
11579	}		11660	}
11580	static void thread_report_conflicting_segments_segment(DrdThreadId const   tid ,		11661	static void thread_report_conflicting_segments_segment(DrdThreadId const   tid ,
11581	Addr const   addr ,		11662	Addr const   addr ,
11582	SizeT const   size ,		11663	SizeT const   size ,
11583	BmAccessTypeT const   access_type ,		11664	BmAccessTypeT const   access_type ,
11584	Segment const   * const  p )		11665	Segment const   * const  p )
11585	{		11666	{
11586	unsigned int i ;		11667	unsigned int i ;
11587	int tmp ;		11668	int tmp ;
11588	long tmp___0 ;		11669	long tmp___0 ;
11589	long tmp___1 ;		11670	long tmp___1 ;
11590	Segment *q ;		11671	Segment *q ;
11591	Bool tmp___2 ;		11672	Bool tmp___2 ;
11592	Segment *q_next ;		11673	Segment *q_next ;
11593	long tmp___3 ;		11674	long tmp___3 ;
11594	ExeContext *tmp___4 ;		11675	ExeContext *tmp___4 ;
11595	struct bitmap *tmp___5 ;		11676	struct bitmap *tmp___5 ;
11596	Bool tmp___6 ;		11677	Bool tmp___6 ;
11597	Bool tmp___7 ;		11678	Bool tmp___7 ;
11598			11679
11599	{		11680	{
11600	if (0 <= (int )tid) {		11681	if (0 <= (int )tid) {
11601	if (tid < 500U) {		11682	if (tid < 500U) {
11602	if (tid != 0U) {		11683	if (tid != 0U) {
11603	tmp = 1;		11684	tmp = 1;
11604	} else {		11685	} else {
11605	tmp = 0;		11686	tmp = 0;
11606	}		11687	}
11607	} else {		11688	} else {
11608	tmp = 0;		11689	tmp = 0;
11609	}		11690	}
11610	} else {		11691	} else {
11611	tmp = 0;		11692	tmp = 0;
11612	}		11693	}
11613	tmp___0 = __builtin_expect((long )tmp, 1L);		11694	tmp___0 = __builtin_expect((long )tmp, 1L);
11614	if (tmp___0) {		11695	if (tmp___0) {
11615			11696
11616	} else {		11697	} else {
11617	vgPlain_assert_fail((Bool )0,		11698	vgPlain_assert_fail((Bool )0,
11618	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11699	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11619	(Char const   *)"drd_thread.c", 1275,		11700	(Char const   *)"drd_thread.c", 1275,
11620	(Char const   *)"thread_report_conflicting_segments_segment",		11701	(Char const   *)"thread_report_conflicting_segments_segment",
11621	"");		11702	"");
11622	}		11703	}
11623	tmp___1 = __builtin_expect((long )(! (! p)), 1L);		11704	tmp___1 = __builtin_expect((long )(! (! p)), 1L);
11624	if (tmp___1) {		11705	if (tmp___1) {
11625			11706
11626	} else {		11707	} else {
11627	vgPlain_assert_fail((Bool )0, (Char const   *)"p",		11708	vgPlain_assert_fail((Bool )0, (Char const   *)"p",
11628	(Char const   *)"drd_thread.c", 1276,		11709	(Char const   *)"drd_thread.c", 1276,
11629	(Char const   *)"thread_report_conflicting_segments_segment",		11710	(Char const   *)"thread_report_conflicting_segments_segment",
11630	"");		11711	"");
11631	}		11712	}
11632	i = 0U;		11713	i = 0U;
11633	while (i < 500U) {		11714	while (i < 500U) {
11634	if (i != (unsigned int )tid) {		11715	if (i != (unsigned int )tid) {
11635	q = vgDrd_g_threadinfo[i].sg_last;		11716	q = vgDrd_g_threadinfo[i].sg_last;
11636	while (q) {		11717	while (q) {
11637	tmp___2 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),		11718	tmp___2 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),
11638	(VectorClock const   */* const  */)(& p->vc));		11719	(VectorClock const   */* const  */)(& p->vc));
11639	if (tmp___2) {		11720	if (tmp___2) {
11640	break;		11721	break;
11641	} else {		11722	} else {
11642			11723
11643	}		11724	}
11644	tmp___7 = vgDrd_vc_lte((VectorClock const   */* const  */)(& p->vc),		11725	tmp___7 = vgDrd_vc_lte((VectorClock const   */* const  */)(& p->vc),
11645	(VectorClock const   */* const  */)(& q->vc));		11726	(VectorClock const   */* const  */)(& q->vc));
11646	if (tmp___7) {		11727	if (tmp___7) {
11647			11728
11648	} else {		11729	} else {
11649	tmp___5 = vgDrd_sg_bm((Segment */* const  */)q);		11730	tmp___5 = vgDrd_sg_bm((Segment */* const  */)q);
11650	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,		11731	tmp___6 = vgDrd_bm_has_conflict_with((struct bitmap */* const  */)tmp___5,
11651	addr, addr + size, access_type);		11732	addr, addr + size, access_type);
11652	if (tmp___6) {		11733	if (tmp___6) {
11653	tmp___3 = __builtin_expect((long )(! (! q->stacktrace)), 1L);		11734	tmp___3 = __builtin_expect((long )(! (! q->stacktrace)), 1L);
11654	if (tmp___3) {		11735	if (tmp___3) {
11655			11736
11656	} else {		11737	} else {
11657	vgPlain_assert_fail((Bool )0, (Char const   *)"q->stacktrace",		11738	vgPlain_assert_fail((Bool )0, (Char const   *)"q->stacktrace",
11658	(Char const   *)"drd_thread.c", 1296,		11739	(Char const   *)"drd_thread.c", 1296,
11659	(Char const   *)"thread_report_conflicting_segments_segment",		11740	(Char const   *)"thread_report_conflicting_segments_segment",
11660	"");		11741	"");
11661	}		11742	}
11662	if (vgPlain_clo_xml) {		11743	if (vgPlain_clo_xml) {
11663	vgPlain_printf_xml("  <other_segment_start>\n");		11744	vgPlain_printf_xml("  <other_segment_start>\n");
11664	} else {		11745	} else {
11665	vgPlain_message((VgMsgKind )1,		11746	vgPlain_message((VgMsgKind )1,
11666	"Other segment start (thread %d)\n", i);		11747	"Other segment start (thread %d)\n", i);
11667	}		11748	}
11668	show_call_stack((DrdThreadId const   )i,		11749	show_call_stack((DrdThreadId const   )i,
11669	(ExeContext */* const  */)q->stacktrace);		11750	(ExeContext */* const  */)q->stacktrace);
11670	if (vgPlain_clo_xml) {		11751	if (vgPlain_clo_xml) {
11671	vgPlain_printf_xml("  </other_segment_start>\n  <other_segment_end>\n");		11752	vgPlain_printf_xml("  </other_segment_start>\n  <other_segment_end>\n");
11672	} else {		11753	} else {
11673	vgPlain_message((VgMsgKind )1, "Other segment end (thread %d)\n",		11754	vgPlain_message((VgMsgKind )1, "Other segment end (thread %d)\n",
11674	i);		11755	i);
11675	}		11756	}
11676	q_next = q->thr_next;		11757	q_next = q->thr_next;
11677	if (q_next) {		11758	if (q_next) {
11678	tmp___4 = q_next->stacktrace;		11759	tmp___4 = q_next->stacktrace;
11679	} else {		11760	} else {
11680	tmp___4 = (ExeContext *)0;		11761	tmp___4 = (ExeContext *)0;
11681	}		11762	}
11682	show_call_stack((DrdThreadId const   )i,		11763	show_call_stack((DrdThreadId const   )i,
11683	(ExeContext */* const  */)tmp___4);		11764	(ExeContext */* const  */)tmp___4);
11684	if (vgPlain_clo_xml) {		11765	if (vgPlain_clo_xml) {
11685	vgPlain_printf_xml("  </other_segment_end>\n");		11766	vgPlain_printf_xml("  </other_segment_end>\n");
11686	} else {		11767	} else {
11687			11768
11688	}		11769	}
11689	} else {		11770	} else {
11690			11771
11691	}		11772	}
11692	}		11773	}
11693	q = q->thr_prev;		11774	q = q->thr_prev;
11694	}		11775	}
11695	} else {		11776	} else {
11696			11777
11697	}		11778	}
11698	i ++;		11779	i ++;
11699	}		11780	}
11700	return;		11781	return;
11701	}		11782	}
11702	}		11783	}
11703	void vgDrd_thread_report_conflicting_segments(DrdThreadId const   tid ,		11784	void vgDrd_thread_report_conflicting_segments(DrdThreadId const   tid ,
11704	Addr const   addr ,		11785	Addr const   addr ,
11705	SizeT const   size ,		11786	SizeT const   size ,
11706	BmAccessTypeT const   access_type )		11787	BmAccessTypeT const   access_type )
11707	{		11788	{
11708	Segment *p ;		11789	Segment *p ;
11709	int tmp ;		11790	int tmp ;
11710	long tmp___0 ;		11791	long tmp___0 ;
11711	struct bitmap *tmp___1 ;		11792	struct bitmap *tmp___1 ;
11712	Bool tmp___2 ;		11793	Bool tmp___2 ;
11713			11794
11714	{		11795	{
11715	if (0 <= (int )tid) {		11796	if (0 <= (int )tid) {
11716	if (tid < 500U) {		11797	if (tid < 500U) {
11717	if (tid != 0U) {		11798	if (tid != 0U) {
11718	tmp = 1;		11799	tmp = 1;
11719	} else {		11800	} else {
11720	tmp = 0;		11801	tmp = 0;
11721	}		11802	}
11722	} else {		11803	} else {
11723	tmp = 0;		11804	tmp = 0;
11724	}		11805	}
11725	} else {		11806	} else {
11726	tmp = 0;		11807	tmp = 0;
11727	}		11808	}
11728	tmp___0 = __builtin_expect((long )tmp, 1L);		11809	tmp___0 = __builtin_expect((long )tmp, 1L);
11729	if (tmp___0) {		11810	if (tmp___0) {
11730			11811
11731	} else {		11812	} else {
11732	vgPlain_assert_fail((Bool )0,		11813	vgPlain_assert_fail((Bool )0,
11733	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11814	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11734	(Char const   *)"drd_thread.c", 1329,		11815	(Char const   *)"drd_thread.c", 1329,
11735	(Char const   *)"vgDrd_thread_report_conflicting_segments",		11816	(Char const   *)"vgDrd_thread_report_conflicting_segments",
11736	"");		11817	"");
11737	}		11818	}
11738	p = vgDrd_g_threadinfo[tid].sg_first;		11819	p = vgDrd_g_threadinfo[tid].sg_first;
11739	while (p) {		11820	while (p) {
11740	tmp___1 = vgDrd_sg_bm((Segment */* const  */)p);		11821	tmp___1 = vgDrd_sg_bm((Segment */* const  */)p);
11741	tmp___2 = vgDrd_bm_has((struct bitmap */* const  */)tmp___1, addr,		11822	tmp___2 = vgDrd_bm_has((struct bitmap */* const  */)tmp___1, addr,
11742	addr + size, access_type);		11823	addr + size, access_type);
11743	if (tmp___2) {		11824	if (tmp___2) {
11744	thread_report_conflicting_segments_segment(tid, addr, size, access_type,		11825	thread_report_conflicting_segments_segment(tid, addr, size, access_type,
11745	(Segment const   */* const  */)p);		11826	(Segment const   */* const  */)p);
11746	} else {		11827	} else {
11747			11828
11748	}		11829	}
11749	p = p->thr_next;		11830	p = p->thr_next;
11750	}		11831	}
11751	return;		11832	return;
11752	}		11833	}
11753	}		11834	}
11754	static Bool thread_conflict_set_up_to_date(DrdThreadId const   tid ) ;		11835	static Bool thread_conflict_set_up_to_date(DrdThreadId const   tid ) ;
11755	static int do_verify_conflict_set  =    -1;		11836	static int do_verify_conflict_set  =    -1;
11756	static Bool thread_conflict_set_up_to_date(DrdThreadId const   tid )		11837	static Bool thread_conflict_set_up_to_date(DrdThreadId const   tid )
11757	{		11838	{
11758	Bool result ;		11839	Bool result ;
11759	struct bitmap *computed_conflict_set ;		11840	struct bitmap *computed_conflict_set ;
11760	Char *tmp ;		11841	Char *tmp ;
11761			11842
11762	{		11843	{
11763	computed_conflict_set = (struct bitmap *)0;		11844	computed_conflict_set = (struct bitmap *)0;
11764	if (do_verify_conflict_set < 0) {		11845	if (do_verify_conflict_set < 0) {
11765	tmp = vgPlain_getenv((Char *)"DRD_VERIFY_CONFLICT_SET");		11846	tmp = vgPlain_getenv((Char *)"DRD_VERIFY_CONFLICT_SET");
11766	do_verify_conflict_set = (unsigned int )tmp != (unsigned int )((Char *)0);		11847	do_verify_conflict_set = (unsigned int )tmp != (unsigned int )((Char *)0);
11767	} else {		11848	} else {
11768			11849
11769	}		11850	}
11770	if (do_verify_conflict_set == 0) {		11851	if (do_verify_conflict_set == 0) {
11771	return ((Bool )1);		11852	return ((Bool )1);
11772	} else {		11853	} else {
11773			11854
11774	}		11855	}
11775	thread_compute_conflict_set(& computed_conflict_set, tid);		11856	thread_compute_conflict_set(& computed_conflict_set, tid);
11776	result = vgDrd_bm_equal((struct bitmap */* const  */)vgDrd_g_conflict_set,		11857	result = vgDrd_bm_equal((struct bitmap */* const  */)vgDrd_g_conflict_set,
11777	(struct bitmap */* const  */)computed_conflict_set);		11858	(struct bitmap */* const  */)computed_conflict_set);
11778	if (! result) {		11859	if (! result) {
11779	vgPlain_printf("actual conflict set:\n");		11860	vgPlain_printf("actual conflict set:\n");
11780	vgDrd_bm_print((struct bitmap */* const  */)vgDrd_g_conflict_set);		11861	vgDrd_bm_print((struct bitmap */* const  */)vgDrd_g_conflict_set);
11781	vgPlain_printf("\n");		11862	vgPlain_printf("\n");
11782	vgPlain_printf("computed conflict set:\n");		11863	vgPlain_printf("computed conflict set:\n");
11783	vgDrd_bm_print((struct bitmap */* const  */)computed_conflict_set);		11864	vgDrd_bm_print((struct bitmap */* const  */)computed_conflict_set);
11784	vgPlain_printf("\n");		11865	vgPlain_printf("\n");
11785	} else {		11866	} else {
11786			11867
11787	}		11868	}
11788	vgDrd_bm_delete((struct bitmap */* const  */)computed_conflict_set);		11869	vgDrd_bm_delete((struct bitmap */* const  */)computed_conflict_set);
11789	return (result);		11870	return (result);
11790	}		11871	}
11791	}		11872	}
11792	static void thread_compute_conflict_set(struct bitmap **conflict_set ,		11873	static void thread_compute_conflict_set(struct bitmap **conflict_set ,
11793	DrdThreadId const   tid )		11874	DrdThreadId const   tid )
11794	{		11875	{
11795	Segment *p ;		11876	Segment *p ;
11796	int tmp ;		11877	int tmp ;
11797	long tmp___0 ;		11878	long tmp___0 ;
11798	long tmp___1 ;		11879	long tmp___1 ;
11799	ULong tmp___2 ;		11880	ULong tmp___2 ;
11800	ULong tmp___3 ;		11881	ULong tmp___3 ;
11801	char *str ;		11882	char *str ;
11802	VectorClock *tmp___4 ;		11883	VectorClock *tmp___4 ;
11803	unsigned int j ;		11884	unsigned int j ;
11804	char *vc ;		11885	char *vc ;
11805	Segment *q ;		11886	Segment *q ;
11806	char *str___0 ;		11887	char *str___0 ;
11807	struct bitmap *tmp___5 ;		11888	struct bitmap *tmp___5 ;
11808	char *str___1 ;		11889	char *str___1 ;
11809	Bool tmp___6 ;		11890	Bool tmp___6 ;
11810	Bool tmp___7 ;		11891	Bool tmp___7 ;
11811	Bool tmp___8 ;		11892	Bool tmp___8 ;
11812	ULong tmp___9 ;		11893	ULong tmp___9 ;
11813	ULong tmp___10 ;		11894	ULong tmp___10 ;
11814			11895
11815	{		11896	{
11816	if (0 <= (int )tid) {		11897	if (0 <= (int )tid) {
11817	if (tid < 500U) {		11898	if (tid < 500U) {
11818	if (tid != 0U) {		11899	if (tid != 0U) {
11819	tmp = 1;		11900	tmp = 1;
11820	} else {		11901	} else {
11821	tmp = 0;		11902	tmp = 0;
11822	}		11903	}
11823	} else {		11904	} else {
11824	tmp = 0;		11905	tmp = 0;
11825	}		11906	}
11826	} else {		11907	} else {
11827	tmp = 0;		11908	tmp = 0;
11828	}		11909	}
11829	tmp___0 = __builtin_expect((long )tmp, 1L);		11910	tmp___0 = __builtin_expect((long )tmp, 1L);
11830	if (tmp___0) {		11911	if (tmp___0) {
11831			11912
11832	} else {		11913	} else {
11833	vgPlain_assert_fail((Bool )0,		11914	vgPlain_assert_fail((Bool )0,
11834	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		11915	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
11835	(Char const   *)"drd_thread.c", 1380,		11916	(Char const   *)"drd_thread.c", 1380,
11836	(Char const   *)"thread_compute_conflict_set", "");		11917	(Char const   *)"thread_compute_conflict_set", "");
11837	}		11918	}
11838	tmp___1 = __builtin_expect((long )(! (! (tid == (DrdThreadId const   )vgDrd_g_drd_running_tid))),		11919	tmp___1 = __builtin_expect((long )(! (! (tid == (DrdThreadId const   )vgDrd_g_drd_running_tid))),
11839	1L);		11920	1L);
11840	if (tmp___1) {		11921	if (tmp___1) {
11841			11922
11842	} else {		11923	} else {
11843	vgPlain_assert_fail((Bool )0,		11924	vgPlain_assert_fail((Bool )0,
11844	(Char const   *)"tid == DRD_(g_drd_running_tid)",		11925	(Char const   *)"tid == DRD_(g_drd_running_tid)",
11845	(Char const   *)"drd_thread.c", 1381,		11926	(Char const   *)"drd_thread.c", 1381,
11846	(Char const   *)"thread_compute_conflict_set", "");		11927	(Char const   *)"thread_compute_conflict_set", "");
11847	}		11928	}
11848	s_compute_conflict_set_count ++;		11929	s_compute_conflict_set_count ++;
11849	tmp___2 = vgDrd_bm_get_bitmap_creation_count();		11930	tmp___2 = vgDrd_bm_get_bitmap_creation_count();
11850	s_conflict_set_bitmap_creation_count -= tmp___2;		11931	s_conflict_set_bitmap_creation_count -= tmp___2;
11851	tmp___3 = vgDrd_bm_get_bitmap2_creation_count();		11932	tmp___3 = vgDrd_bm_get_bitmap2_creation_count();
11852	s_conflict_set_bitmap2_creation_count -= tmp___3;		11933	s_conflict_set_bitmap2_creation_count -= tmp___3;
11853	if (*conflict_set) {		11934	if (*conflict_set) {
11854	vgDrd_bm_cleanup((struct bitmap */* const  */)*conflict_set);		11935	vgDrd_bm_cleanup((struct bitmap */* const  */)*conflict_set);
11855	vgDrd_bm_init((struct bitmap */* const  */)*conflict_set);		11936	vgDrd_bm_init((struct bitmap */* const  */)*conflict_set);
11856	} else {		11937	} else {
11857	*conflict_set = vgDrd_bm_new();		11938	*conflict_set = vgDrd_bm_new();
11858	}		11939	}
11859	if (s_trace_conflict_set) {		11940	if (s_trace_conflict_set) {
11860	tmp___4 = vgDrd_thread_get_vc(tid);		11941	tmp___4 = vgDrd_thread_get_vc(tid);
11861	str = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___4);		11942	str = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___4);
11862	vgPlain_message((VgMsgKind )2,		11943	vgPlain_message((VgMsgKind )2,
11863	"computing conflict set for thread %d with vc %s\n", tid,		11944	"computing conflict set for thread %d with vc %s\n", tid,
11864	str);		11945	str);
11865	vgPlain_free((void *)str);		11946	vgPlain_free((void *)str);
11866	} else {		11947	} else {
11867			11948
11868	}		11949	}
11869	p = vgDrd_g_threadinfo[tid].sg_last;		11950	p = vgDrd_g_threadinfo[tid].sg_last;
11870	if (s_trace_conflict_set) {		11951	if (s_trace_conflict_set) {
11871	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& p->vc));		11952	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)(& p->vc));
11872	vgPlain_message((VgMsgKind )2, "conflict set: thread [%d] at vc %s\n", tid,		11953	vgPlain_message((VgMsgKind )2, "conflict set: thread [%d] at vc %s\n", tid,
11873	vc);		11954	vc);
11874	vgPlain_free((void *)vc);		11955	vgPlain_free((void *)vc);
11875	} else {		11956	} else {
11876			11957
11877	}		11958	}
11878	j = 0U;		11959	j = 0U;
11879	while (j < 500U) {		11960	while (j < 500U) {
11880	if (j != (unsigned int )tid) {		11961	if (j != (unsigned int )tid) {
11881	tmp___8 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);		11962	tmp___8 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);
11882	if (tmp___8) {		11963	if (tmp___8) {
11883	q = vgDrd_g_threadinfo[j].sg_last;		11964	q = vgDrd_g_threadinfo[j].sg_last;
11884	while (q) {		11965	while (q) {
11885	tmp___6 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),		11966	tmp___6 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),
11886	(VectorClock const   */* const  */)(& p->vc));		11967	(VectorClock const   */* const  */)(& p->vc));
11887	if (tmp___6) {		11968	if (tmp___6) {
11888	_L: /* CIL Label */		11969	_L: /* CIL Label */
11889	if (s_trace_conflict_set) {		11970	if (s_trace_conflict_set) {
11890	str___1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));		11971	str___1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));
11891	vgPlain_message((VgMsgKind )2,		11972	vgPlain_message((VgMsgKind )2,
11892	"conflict set: [%d] ignoring segment %s\n", j,		11973	"conflict set: [%d] ignoring segment %s\n", j,
11893	str___1);		11974	str___1);
11894	vgPlain_free((void *)str___1);		11975	vgPlain_free((void *)str___1);
11895	} else {		11976	} else {
11896			11977
11897	}		11978	}
11898	} else {		11979	} else {
11899	tmp___7 = vgDrd_vc_lte((VectorClock const   */* const  */)(& p->vc),		11980	tmp___7 = vgDrd_vc_lte((VectorClock const   */* const  */)(& p->vc),
11900	(VectorClock const   */* const  */)(& q->vc));		11981	(VectorClock const   */* const  */)(& q->vc));
11901	if (tmp___7) {		11982	if (tmp___7) {
11902	goto _L;		11983	goto _L;
11903	} else {		11984	} else {
11904	if (s_trace_conflict_set) {		11985	if (s_trace_conflict_set) {
11905	str___0 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));		11986	str___0 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));
11906	vgPlain_message((VgMsgKind )2,		11987	vgPlain_message((VgMsgKind )2,
11907	"conflict set: [%d] merging segment %s\n", j,		11988	"conflict set: [%d] merging segment %s\n", j,
11908	str___0);		11989	str___0);
11909	vgPlain_free((void *)str___0);		11990	vgPlain_free((void *)str___0);
11910	} else {		11991	} else {
11911			11992
11912	}		11993	}
11913	tmp___5 = vgDrd_sg_bm((Segment */* const  */)q);		11994	tmp___5 = vgDrd_sg_bm((Segment */* const  */)q);
11914	vgDrd_bm_merge2((struct bitmap */* const  */)*conflict_set,		11995	vgDrd_bm_merge2((struct bitmap */* const  */)*conflict_set,
11915	(struct bitmap */* const  */)tmp___5);		11996	(struct bitmap */* const  */)tmp___5);
11916	}		11997	}
11917	}		11998	}
11918	q = q->thr_prev;		11999	q = q->thr_prev;
11919	}		12000	}
11920	} else {		12001	} else {
11921			12002
11922	}		12003	}
11923	} else {		12004	} else {
11924			12005
11925	}		12006	}
11926	j ++;		12007	j ++;
11927	}		12008	}
11928	tmp___9 = vgDrd_bm_get_bitmap_creation_count();		12009	tmp___9 = vgDrd_bm_get_bitmap_creation_count();
11929	s_conflict_set_bitmap_creation_count += tmp___9;		12010	s_conflict_set_bitmap_creation_count += tmp___9;
11930	tmp___10 = vgDrd_bm_get_bitmap2_creation_count();		12011	tmp___10 = vgDrd_bm_get_bitmap2_creation_count();
11931	s_conflict_set_bitmap2_creation_count += tmp___10;		12012	s_conflict_set_bitmap2_creation_count += tmp___10;
11932	if (s_trace_conflict_set_bm) {		12013	if (s_trace_conflict_set_bm) {
11933	vgPlain_message((VgMsgKind )2, "[%d] new conflict set:\n", tid);		12014	vgPlain_message((VgMsgKind )2, "[%d] new conflict set:\n", tid);
11934	vgDrd_bm_print((struct bitmap */* const  */)*conflict_set);		12015	vgDrd_bm_print((struct bitmap */* const  */)*conflict_set);
11935	vgPlain_message((VgMsgKind )2, "[%d] end of new conflict set.\n", tid);		12016	vgPlain_message((VgMsgKind )2, "[%d] end of new conflict set.\n", tid);
11936	} else {		12017	} else {
11937			12018
11938	}		12019	}
11939	return;		12020	return;
11940	}		12021	}
11941	}		12022	}
11942	void vgDrd_thread_update_conflict_set(DrdThreadId const   tid ,		12023	void vgDrd_thread_update_conflict_set(DrdThreadId const   tid ,
11943	VectorClock const   * const  old_vc )		12024	VectorClock const   * const  old_vc )
11944	{		12025	{
11945	VectorClock const   *new_vc ;		12026	VectorClock const   *new_vc ;
11946	Segment *p ;		12027	Segment *p ;
11947	unsigned int j ;		12028	unsigned int j ;
11948	int tmp ;		12029	int tmp ;
11949	long tmp___0 ;		12030	long tmp___0 ;
11950	long tmp___1 ;		12031	long tmp___1 ;
11951	long tmp___2 ;		12032	long tmp___2 ;
11952	long tmp___3 ;		12033	long tmp___3 ;
11953	char *str ;		12034	char *str ;
11954	VectorClock *tmp___4 ;		12035	VectorClock *tmp___4 ;
11955	VectorClock *tmp___5 ;		12036	VectorClock *tmp___5 ;
11956	Bool tmp___6 ;		12037	Bool tmp___6 ;
11957	int tmp___7 ;		12038	int tmp___7 ;
11958	long tmp___8 ;		12039	long tmp___8 ;
11959	Segment *q ;		12040	Segment *q ;
11960	Bool tmp___9 ;		12041	Bool tmp___9 ;
11961	Bool included_in_old_conflict_set ;		12042	Bool included_in_old_conflict_set ;
11962	Bool tmp___10 ;		12043	Bool tmp___10 ;
11963	int tmp___11 ;		12044	int tmp___11 ;
11964	Bool included_in_new_conflict_set ;		12045	Bool included_in_new_conflict_set ;
11965	Bool tmp___12 ;		12046	Bool tmp___12 ;
11966	int tmp___13 ;		12047	int tmp___13 ;
11967	char *str___0 ;		12048	char *str___0 ;
11968	char const   *tmp___14 ;		12049	char const   *tmp___14 ;
11969	long tmp___15 ;		12050	long tmp___15 ;
11970	struct bitmap *tmp___16 ;		12051	struct bitmap *tmp___16 ;
11971	Bool tmp___17 ;		12052	Bool tmp___17 ;
11972	Bool included_in_old_conflict_set___0 ;		12053	Bool included_in_old_conflict_set___0 ;
11973	Bool tmp___18 ;		12054	Bool tmp___18 ;
11974	int tmp___19 ;		12055	int tmp___19 ;
11975	Bool included_in_new_conflict_set___0 ;		12056	Bool included_in_new_conflict_set___0 ;
11976	Bool tmp___20 ;		12057	Bool tmp___20 ;
11977	Bool tmp___21 ;		12058	Bool tmp___21 ;
11978	int tmp___22 ;		12059	int tmp___22 ;
11979	char *str___1 ;		12060	char *str___1 ;
11980	char const   *tmp___23 ;		12061	char const   *tmp___23 ;
11981	long tmp___24 ;		12062	long tmp___24 ;
11982	struct bitmap *tmp___25 ;		12063	struct bitmap *tmp___25 ;
11983	Bool tmp___26 ;		12064	Bool tmp___26 ;
11984	Segment *q___0 ;		12065	Segment *q___0 ;
11985	struct bitmap *tmp___27 ;		12066	struct bitmap *tmp___27 ;
11986	Bool tmp___28 ;		12067	Bool tmp___28 ;
11987	Bool tmp___29 ;		12068	Bool tmp___29 ;
11988	Bool tmp___30 ;		12069	Bool tmp___30 ;
11989	Bool tmp___31 ;		12070	Bool tmp___31 ;
11990	int tmp___32 ;		12071	int tmp___32 ;
11991	long tmp___33 ;		12072	long tmp___33 ;
11992			12073
11993	{		12074	{
11994	if (0 <= (int )tid) {		12075	if (0 <= (int )tid) {
11995	if (tid < 500U) {		12076	if (tid < 500U) {
11996	if (tid != 0U) {		12077	if (tid != 0U) {
11997	tmp = 1;		12078	tmp = 1;
11998	} else {		12079	} else {
11999	tmp = 0;		12080	tmp = 0;
12000	}		12081	}
12001	} else {		12082	} else {
12002	tmp = 0;		12083	tmp = 0;
12003	}		12084	}
12004	} else {		12085	} else {
12005	tmp = 0;		12086	tmp = 0;
12006	}		12087	}
12007	tmp___0 = __builtin_expect((long )tmp, 1L);		12088	tmp___0 = __builtin_expect((long )tmp, 1L);
12008	if (tmp___0) {		12089	if (tmp___0) {
12009			12090
12010	} else {		12091	} else {
12011	vgPlain_assert_fail((Bool )0,		12092	vgPlain_assert_fail((Bool )0,
12012	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",		12093	(Char const   *)"0 <= (int)tid && tid < DRD_N_THREADS && tid != DRD_INVALID_THREADID",
12013	(Char const   *)"drd_thread.c", 1477,		12094	(Char const   *)"drd_thread.c", 1477,
12014	(Char const   *)"vgDrd_thread_update_conflict_set", "");		12095	(Char const   *)"vgDrd_thread_update_conflict_set", "");
12015	}		12096	}
12016	tmp___1 = __builtin_expect((long )(! (! old_vc)), 1L);		12097	tmp___1 = __builtin_expect((long )(! (! old_vc)), 1L);
12017	if (tmp___1) {		12098	if (tmp___1) {
12018			12099
12019	} else {		12100	} else {
12020	vgPlain_assert_fail((Bool )0, (Char const   *)"old_vc",		12101	vgPlain_assert_fail((Bool )0, (Char const   *)"old_vc",
12021	(Char const   *)"drd_thread.c", 1478,		12102	(Char const   *)"drd_thread.c", 1478,
12022	(Char const   *)"vgDrd_thread_update_conflict_set", "");		12103	(Char const   *)"vgDrd_thread_update_conflict_set", "");
12023	}		12104	}
12024	tmp___2 = __builtin_expect((long )(! (! (tid == (DrdThreadId const   )vgDrd_g_drd_running_tid))),		12105	tmp___2 = __builtin_expect((long )(! (! (tid == (DrdThreadId const   )vgDrd_g_drd_running_tid))),
12025	1L);		12106	1L);
12026	if (tmp___2) {		12107	if (tmp___2) {
12027			12108
12028	} else {		12109	} else {
12029	vgPlain_assert_fail((Bool )0,		12110	vgPlain_assert_fail((Bool )0,
12030	(Char const   *)"tid == DRD_(g_drd_running_tid)",		12111	(Char const   *)"tid == DRD_(g_drd_running_tid)",
12031	(Char const   *)"drd_thread.c", 1479,		12112	(Char const   *)"drd_thread.c", 1479,
12032	(Char const   *)"vgDrd_thread_update_conflict_set", "");		12113	(Char const   *)"vgDrd_thread_update_conflict_set", "");
12033	}		12114	}
12034	tmp___3 = __builtin_expect((long )(! (! vgDrd_g_conflict_set)), 1L);		12115	tmp___3 = __builtin_expect((long )(! (! vgDrd_g_conflict_set)), 1L);
12035	if (tmp___3) {		12116	if (tmp___3) {
12036			12117
12037	} else {		12118	} else {
12038	vgPlain_assert_fail((Bool )0, (Char const   *)"DRD_(g_conflict_set)",		12119	vgPlain_assert_fail((Bool )0, (Char const   *)"DRD_(g_conflict_set)",
12039	(Char const   *)"drd_thread.c", 1480,		12120	(Char const   *)"drd_thread.c", 1480,
12040	(Char const   *)"vgDrd_thread_update_conflict_set", "");		12121	(Char const   *)"vgDrd_thread_update_conflict_set", "");
12041	}		12122	}
12042	if (s_trace_conflict_set) {		12123	if (s_trace_conflict_set) {
12043	tmp___4 = vgDrd_thread_get_vc(tid);		12124	tmp___4 = vgDrd_thread_get_vc(tid);
12044	str = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___4);		12125	str = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___4);
12045	vgPlain_message((VgMsgKind )2,		12126	vgPlain_message((VgMsgKind )2,
12046	"updating conflict set for thread %d with vc %s\n", tid, str);		12127	"updating conflict set for thread %d with vc %s\n", tid, str);
12047	vgPlain_free((void *)str);		12128	vgPlain_free((void *)str);
12048	} else {		12129	} else {
12049			12130
12050	}		12131	}
12051	tmp___5 = vgDrd_thread_get_vc(tid);		12132	tmp___5 = vgDrd_thread_get_vc(tid);
12052	new_vc = (VectorClock const   *)tmp___5;		12133	new_vc = (VectorClock const   *)tmp___5;
12053	tmp___6 = vgDrd_vc_lte(old_vc, (VectorClock const   */* const  */)new_vc);		12134	tmp___6 = vgDrd_vc_lte(old_vc, (VectorClock const   */* const  */)new_vc);
12054	if (tmp___6) {		12135	if (tmp___6) {
12055	tmp___7 = 1;		12136	tmp___7 = 1;
12056	} else {		12137	} else {
12057	tmp___7 = 0;		12138	tmp___7 = 0;
12058	}		12139	}
12059	tmp___8 = __builtin_expect((long )tmp___7, 1L);		12140	tmp___8 = __builtin_expect((long )tmp___7, 1L);
12060	if (tmp___8) {		12141	if (tmp___8) {
12061			12142
12062	} else {		12143	} else {
12063	vgPlain_assert_fail((Bool )0,		12144	vgPlain_assert_fail((Bool )0,
12064	(Char const   *)"DRD_(vc_lte)(old_vc, new_vc)",		12145	(Char const   *)"DRD_(vc_lte)(old_vc, new_vc)",
12065	(Char const   *)"drd_thread.c", 1493,		12146	(Char const   *)"drd_thread.c", 1493,
12066	(Char const   *)"vgDrd_thread_update_conflict_set", "");		12147	(Char const   *)"vgDrd_thread_update_conflict_set", "");
12067	}		12148	}
12068	vgDrd_bm_unmark(vgDrd_g_conflict_set);		12149	vgDrd_bm_unmark(vgDrd_g_conflict_set);
12069	j = 0U;		12150	j = 0U;
12070	while (j < 500U) {		12151	while (j < 500U) {
12071	if (j == (unsigned int )tid) {		12152	if (j == (unsigned int )tid) {
12072	goto __Cont;		12153	goto __Cont;
12073	} else {		12154	} else {
12074	tmp___9 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);		12155	tmp___9 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);
12075	if (tmp___9) {		12156	if (tmp___9) {
12076			12157
12077	} else {		12158	} else {
12078	goto __Cont;		12159	goto __Cont;
12079	}		12160	}
12080	}		12161	}
12081	q = vgDrd_g_threadinfo[j].sg_last;		12162	q = vgDrd_g_threadinfo[j].sg_last;
12082	while (1) {		12163	while (1) {
12083	if (q) {		12164	if (q) {
12084	tmp___17 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),		12165	tmp___17 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),
12085	(VectorClock const   */* const  */)new_vc);		12166	(VectorClock const   */* const  */)new_vc);
12086	if (tmp___17) {		12167	if (tmp___17) {
12087	break;		12168	break;
12088	} else {		12169	} else {
12089			12170
12090	}		12171	}
12091	} else {		12172	} else {
12092	break;		12173	break;
12093	}		12174	}
12094	tmp___10 = vgDrd_vc_lte(old_vc,		12175	tmp___10 = vgDrd_vc_lte(old_vc,
12095	(VectorClock const   */* const  */)(& q->vc));		12176	(VectorClock const   */* const  */)(& q->vc));
12096	if (tmp___10) {		12177	if (tmp___10) {
12097	tmp___11 = 0;		12178	tmp___11 = 0;
12098	} else {		12179	} else {
12099	tmp___11 = 1;		12180	tmp___11 = 1;
12100	}		12181	}
12101	included_in_old_conflict_set = (Bool )tmp___11;		12182	included_in_old_conflict_set = (Bool )tmp___11;
12102	tmp___12 = vgDrd_vc_lte((VectorClock const   */* const  */)new_vc,		12183	tmp___12 = vgDrd_vc_lte((VectorClock const   */* const  */)new_vc,
12103	(VectorClock const   */* const  */)(& q->vc));		12184	(VectorClock const   */* const  */)(& q->vc));
12104	if (tmp___12) {		12185	if (tmp___12) {
12105	tmp___13 = 0;		12186	tmp___13 = 0;
12106	} else {		12187	} else {
12107	tmp___13 = 1;		12188	tmp___13 = 1;
12108	}		12189	}
12109	included_in_new_conflict_set = (Bool )tmp___13;		12190	included_in_new_conflict_set = (Bool )tmp___13;
12110	tmp___15 = __builtin_expect((long )(! (! s_trace_conflict_set)), 0L);		12191	tmp___15 = __builtin_expect((long )(! (! s_trace_conflict_set)), 0L);
12111	if (tmp___15) {		12192	if (tmp___15) {
12112	str___0 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));		12193	str___0 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));
12113	if ((int )included_in_old_conflict_set != (int )included_in_new_conflict_set) {		12194	if ((int )included_in_old_conflict_set != (int )included_in_new_conflict_set) {
12114	tmp___14 = "merging";		12195	tmp___14 = "merging";
12115	} else {		12196	} else {
12116	tmp___14 = "ignoring";		12197	tmp___14 = "ignoring";
12117	}		12198	}
12118	vgPlain_message((VgMsgKind )2, "conflict set: [%d] %s segment %s\n", j,		12199	vgPlain_message((VgMsgKind )2, "conflict set: [%d] %s segment %s\n", j,
12119	tmp___14, str___0);		12200	tmp___14, str___0);
12120	vgPlain_free((void *)str___0);		12201	vgPlain_free((void *)str___0);
12121	} else {		12202	} else {
12122			12203
12123	}		12204	}
12124	if ((int )included_in_old_conflict_set != (int )included_in_new_conflict_set) {		12205	if ((int )included_in_old_conflict_set != (int )included_in_new_conflict_set) {
12125	tmp___16 = vgDrd_sg_bm((Segment */* const  */)q);		12206	tmp___16 = vgDrd_sg_bm((Segment */* const  */)q);
12126	vgDrd_bm_mark(vgDrd_g_conflict_set, tmp___16);		12207	vgDrd_bm_mark(vgDrd_g_conflict_set, tmp___16);
12127	} else {		12208	} else {
12128			12209
12129	}		12210	}
12130	q = q->thr_prev;		12211	q = q->thr_prev;
12131	}		12212	}
12132	while (1) {		12213	while (1) {
12133	if (q) {		12214	if (q) {
12134	tmp___26 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),		12215	tmp___26 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),
12135	old_vc);		12216	old_vc);
12136	if (tmp___26) {		12217	if (tmp___26) {
12137	break;		12218	break;
12138	} else {		12219	} else {
12139			12220
12140	}		12221	}
12141	} else {		12222	} else {
12142	break;		12223	break;
12143	}		12224	}
12144	tmp___18 = vgDrd_vc_lte(old_vc,		12225	tmp___18 = vgDrd_vc_lte(old_vc,
12145	(VectorClock const   */* const  */)(& q->vc));		12226	(VectorClock const   */* const  */)(& q->vc));
12146	if (tmp___18) {		12227	if (tmp___18) {
12147	tmp___19 = 0;		12228	tmp___19 = 0;
12148	} else {		12229	} else {
12149	tmp___19 = 1;		12230	tmp___19 = 1;
12150	}		12231	}
12151	included_in_old_conflict_set___0 = (Bool )tmp___19;		12232	included_in_old_conflict_set___0 = (Bool )tmp___19;
12152	tmp___20 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),		12233	tmp___20 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q->vc),
12153	(VectorClock const   */* const  */)new_vc);		12234	(VectorClock const   */* const  */)new_vc);
12154	if (tmp___20) {		12235	if (tmp___20) {
12155	tmp___22 = 0;		12236	tmp___22 = 0;
12156	} else {		12237	} else {
12157	tmp___21 = vgDrd_vc_lte((VectorClock const   */* const  */)new_vc,		12238	tmp___21 = vgDrd_vc_lte((VectorClock const   */* const  */)new_vc,
12158	(VectorClock const   */* const  */)(& q->vc));		12239	(VectorClock const   */* const  */)(& q->vc));
12159	if (tmp___21) {		12240	if (tmp___21) {
12160	tmp___22 = 0;		12241	tmp___22 = 0;
12161	} else {		12242	} else {
12162	tmp___22 = 1;		12243	tmp___22 = 1;
12163	}		12244	}
12164	}		12245	}
12165	included_in_new_conflict_set___0 = (Bool )tmp___22;		12246	included_in_new_conflict_set___0 = (Bool )tmp___22;
12166	tmp___24 = __builtin_expect((long )(! (! s_trace_conflict_set)), 0L);		12247	tmp___24 = __builtin_expect((long )(! (! s_trace_conflict_set)), 0L);
12167	if (tmp___24) {		12248	if (tmp___24) {
12168	str___1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));		12249	str___1 = vgDrd_vc_aprint((VectorClock const   */* const  */)(& q->vc));
12169	if ((int )included_in_old_conflict_set___0 != (int )included_in_new_conflict_set___0) {		12250	if ((int )included_in_old_conflict_set___0 != (int )included_in_new_conflict_set___0) {
12170	tmp___23 = "merging";		12251	tmp___23 = "merging";
12171	} else {		12252	} else {
12172	tmp___23 = "ignoring";		12253	tmp___23 = "ignoring";
12173	}		12254	}
12174	vgPlain_message((VgMsgKind )2, "conflict set: [%d] %s segment %s\n", j,		12255	vgPlain_message((VgMsgKind )2, "conflict set: [%d] %s segment %s\n", j,
12175	tmp___23, str___1);		12256	tmp___23, str___1);
12176	vgPlain_free((void *)str___1);		12257	vgPlain_free((void *)str___1);
12177	} else {		12258	} else {
12178			12259
12179	}		12260	}
12180	if ((int )included_in_old_conflict_set___0 != (int )included_in_new_conflict_set___0) {		12261	if ((int )included_in_old_conflict_set___0 != (int )included_in_new_conflict_set___0) {
12181	tmp___25 = vgDrd_sg_bm((Segment */* const  */)q);		12262	tmp___25 = vgDrd_sg_bm((Segment */* const  */)q);
12182	vgDrd_bm_mark(vgDrd_g_conflict_set, tmp___25);		12263	vgDrd_bm_mark(vgDrd_g_conflict_set, tmp___25);
12183	} else {		12264	} else {
12184			12265
12185	}		12266	}
12186	q = q->thr_prev;		12267	q = q->thr_prev;
12187	}		12268	}
12188	__Cont: /* CIL Label */		12269	__Cont: /* CIL Label */
12189	j ++;		12270	j ++;
12190	}		12271	}
12191	vgDrd_bm_clear_marked(vgDrd_g_conflict_set);		12272	vgDrd_bm_clear_marked(vgDrd_g_conflict_set);
12192	p = vgDrd_g_threadinfo[tid].sg_last;		12273	p = vgDrd_g_threadinfo[tid].sg_last;
12193	j = 0U;		12274	j = 0U;
12194	while (j < 500U) {		12275	while (j < 500U) {
12195	if (j != (unsigned int )tid) {		12276	if (j != (unsigned int )tid) {
12196	tmp___30 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);		12277	tmp___30 = vgDrd_IsValidDrdThreadId((DrdThreadId const   )j);
12197	if (tmp___30) {		12278	if (tmp___30) {
12198	q___0 = vgDrd_g_threadinfo[j].sg_last;		12279	q___0 = vgDrd_g_threadinfo[j].sg_last;
12199	while (1) {		12280	while (1) {
12200	if (q___0) {		12281	if (q___0) {
12201	tmp___29 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q___0->vc),		12282	tmp___29 = vgDrd_vc_lte((VectorClock const   */* const  */)(& q___0->vc),
12202	(VectorClock const   */* const  */)(& p->vc));		12283	(VectorClock const   */* const  */)(& p->vc));
12203	if (tmp___29) {		12284	if (tmp___29) {
12204	break;		12285	break;
12205	} else {		12286	} else {
12206			12287
12207	}		12288	}
12208	} else {		12289	} else {
12209	break;		12290	break;
12210	}		12291	}
12211	tmp___28 = vgDrd_vc_lte((VectorClock const   */* const  */)(& p->vc),		12292	tmp___28 = vgDrd_vc_lte((VectorClock const   */* const  */)(& p->vc),
12212	(VectorClock const   */* const  */)(& q___0->vc));		12293	(VectorClock const   */* const  */)(& q___0->vc));
12213	if (tmp___28) {		12294	if (tmp___28) {
12214			12295
12215	} else {		12296	} else {
12216	tmp___27 = vgDrd_sg_bm((Segment */* const  */)q___0);		12297	tmp___27 = vgDrd_sg_bm((Segment */* const  */)q___0);
12217	vgDrd_bm_merge2_marked((struct bitmap */* const  */)vgDrd_g_conflict_set,		12298	vgDrd_bm_merge2_marked((struct bitmap */* const  */)vgDrd_g_conflict_set,
12218	(struct bitmap */* const  */)tmp___27);		12299	(struct bitmap */* const  */)tmp___27);
12219	}		12300	}
12220	q___0 = q___0->thr_prev;		12301	q___0 = q___0->thr_prev;
12221	}		12302	}
12222	} else {		12303	} else {
12223			12304
12224	}		12305	}
12225	} else {		12306	} else {
12226			12307
12227	}		12308	}
12228	j ++;		12309	j ++;
12229	}		12310	}
12230	vgDrd_bm_remove_cleared_marked(vgDrd_g_conflict_set);		12311	vgDrd_bm_remove_cleared_marked(vgDrd_g_conflict_set);
12231	s_update_conflict_set_count ++;		12312	s_update_conflict_set_count ++;
12232	if (s_trace_conflict_set_bm) {		12313	if (s_trace_conflict_set_bm) {
12233	vgPlain_message((VgMsgKind )2, "[%d] updated conflict set:\n", tid);		12314	vgPlain_message((VgMsgKind )2, "[%d] updated conflict set:\n", tid);
12234	vgDrd_bm_print((struct bitmap */* const  */)vgDrd_g_conflict_set);		12315	vgDrd_bm_print((struct bitmap */* const  */)vgDrd_g_conflict_set);
12235	vgPlain_message((VgMsgKind )2, "[%d] end of updated conflict set.\n", tid);		12316	vgPlain_message((VgMsgKind )2, "[%d] end of updated conflict set.\n", tid);
12236	} else {		12317	} else {
12237			12318
12238	}		12319	}
12239	tmp___31 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);		12320	tmp___31 = thread_conflict_set_up_to_date((DrdThreadId const   )vgDrd_g_drd_running_tid);
12240	if (tmp___31) {		12321	if (tmp___31) {
12241	tmp___32 = 1;		12322	tmp___32 = 1;
12242	} else {		12323	} else {
12243	tmp___32 = 0;		12324	tmp___32 = 0;
12244	}		12325	}
12245	tmp___33 = __builtin_expect((long )tmp___32, 1L);		12326	tmp___33 = __builtin_expect((long )tmp___32, 1L);
12246	if (tmp___33) {		12327	if (tmp___33) {
12247			12328
12248	} else {		12329	} else {
12249	vgPlain_assert_fail((Bool )0,		12330	vgPlain_assert_fail((Bool )0,
12250	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",		12331	(Char const   *)"thread_conflict_set_up_to_date(DRD_(g_drd_running_tid))",
12251	(Char const   *)"drd_thread.c", 1576,		12332	(Char const   *)"drd_thread.c", 1576,
12252	(Char const   *)"vgDrd_thread_update_conflict_set", "");		12333	(Char const   *)"vgDrd_thread_update_conflict_set", "");
12253	}		12334	}
12254	return;		12335	return;
12255	}		12336	}
12256	}		12337	}
12257	ULong vgDrd_thread_get_context_switch_count(void)		12338	ULong vgDrd_thread_get_context_switch_count(void)
12258	{		12339	{
12259			12340
12260			12341
12261	{		12342	{
12262	return (s_context_switch_count);		12343	return (s_context_switch_count);
12263	}		12344	}
12264	}		12345	}
12265	ULong vgDrd_thread_get_discard_ordered_segments_count(void)		12346	ULong vgDrd_thread_get_discard_ordered_segments_count(void)
12266	{		12347	{
12267			12348
12268			12349
12269	{		12350	{
12270	return (s_discard_ordered_segments_count);		12351	return (s_discard_ordered_segments_count);
12271	}		12352	}
12272	}		12353	}
12273	ULong vgDrd_thread_get_compute_conflict_set_count(void)		12354	ULong vgDrd_thread_get_compute_conflict_set_count(void)
12274	{		12355	{
12275			12356
12276			12357
12277	{		12358	{
12278	return (s_compute_conflict_set_count);		12359	return (s_compute_conflict_set_count);
12279	}		12360	}
12280	}		12361	}
12281	ULong vgDrd_thread_get_update_conflict_set_count(void)		12362	ULong vgDrd_thread_get_update_conflict_set_count(void)
12282	{		12363	{
12283			12364
12284			12365
12285	{		12366	{
12286	return (s_update_conflict_set_count);		12367	return (s_update_conflict_set_count);
12287	}		12368	}
12288	}		12369	}
12289	ULong vgDrd_thread_get_update_conflict_set_new_sg_count(void)		12370	ULong vgDrd_thread_get_update_conflict_set_new_sg_count(void)
12290	{		12371	{
12291			12372
12292			12373
12293	{		12374	{
12294	return (s_update_conflict_set_new_sg_count);		12375	return (s_update_conflict_set_new_sg_count);
12295	}		12376	}
12296	}		12377	}
12297	ULong vgDrd_thread_get_update_conflict_set_sync_count(void)		12378	ULong vgDrd_thread_get_update_conflict_set_sync_count(void)
12298	{		12379	{
12299			12380
12300			12381
12301	{		12382	{
12302	return (s_update_conflict_set_sync_count);		12383	return (s_update_conflict_set_sync_count);
12303	}		12384	}
12304	}		12385	}
12305	ULong vgDrd_thread_get_update_conflict_set_join_count(void)		12386	ULong vgDrd_thread_get_update_conflict_set_join_count(void)
12306	{		12387	{
12307			12388
12308			12389
12309	{		12390	{
12310	return (s_update_conflict_set_join_count);		12391	return (s_update_conflict_set_join_count);
12311	}		12392	}
12312	}		12393	}
12313	ULong vgDrd_thread_get_conflict_set_bitmap_creation_count(void)		12394	ULong vgDrd_thread_get_conflict_set_bitmap_creation_count(void)
12314	{		12395	{
12315			12396
12316			12397
12317	{		12398	{
12318	return (s_conflict_set_bitmap_creation_count);		12399	return (s_conflict_set_bitmap_creation_count);
12319	}		12400	}
12320	}		12401	}
12321	ULong vgDrd_thread_get_conflict_set_bitmap2_creation_count(void)		12402	ULong vgDrd_thread_get_conflict_set_bitmap2_creation_count(void)
12322	{		12403	{
12323			12404
12324			12405
12325	{		12406	{
12326	return (s_conflict_set_bitmap2_creation_count);		12407	return (s_conflict_set_bitmap2_creation_count);
12327	}		12408	}
12328	}		12409	}
12329	static void vgDrd_vc_reserve(VectorClock * const  vc ,		12410	static void vgDrd_vc_reserve(VectorClock * const  vc ,
12330	unsigned int const   new_capacity ) ;		12411	unsigned int const   new_capacity ) ;
12331	void vgDrd_vc_init(VectorClock * const  vc , VCElem const   * const  vcelem ,		12412	void vgDrd_vc_init(VectorClock * const  vc , VCElem const   * const  vcelem ,
12332	unsigned int const   size )		12413	unsigned int const   size )
12333	{		12414	{
12334	long tmp ;		12415	long tmp ;
12335	int tmp___0 ;		12416	int tmp___0 ;
12336	long tmp___1 ;		12417	long tmp___1 ;
12337			12418
12338	{		12419	{
12339	tmp = __builtin_expect((long )(! (! vc)), 1L);		12420	tmp = __builtin_expect((long )(! (! vc)), 1L);
12340	if (tmp) {		12421	if (tmp) {
12341			12422
12342	} else {		12423	} else {
12343	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",		12424	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",
12344	(Char const   *)"drd_vc.c", 50,		12425	(Char const   *)"drd_vc.c", 50,
12345	(Char const   *)"vgDrd_vc_init", "");		12426	(Char const   *)"vgDrd_vc_init", "");
12346	}		12427	}
12347	vc->size = 0U;		12428	vc->size = 0U;
12348	vc->capacity = 0U;		12429	vc->capacity = 0U;
12349	vc->vc = (VCElem *)0;		12430	vc->vc = (VCElem *)0;
12350	vgDrd_vc_reserve(vc, size);		12431	vgDrd_vc_reserve(vc, size);
12351	if (size == 0U) {		12432	if (size == 0U) {
12352	tmp___0 = 1;		12433	tmp___0 = 1;
12353	} else		12434	} else
12354	if ((unsigned int )vc->vc != (unsigned int )((VCElem *)0)) {		12435	if ((unsigned int )vc->vc != (unsigned int )((VCElem *)0)) {
12355	tmp___0 = 1;		12436	tmp___0 = 1;
12356	} else {		12437	} else {
12357	tmp___0 = 0;		12438	tmp___0 = 0;
12358	}		12439	}
12359	tmp___1 = __builtin_expect((long )tmp___0, 1L);		12440	tmp___1 = __builtin_expect((long )tmp___0, 1L);
12360	if (tmp___1) {		12441	if (tmp___1) {
12361			12442
12362	} else {		12443	} else {
12363	vgPlain_assert_fail((Bool )0, (Char const   *)"size == 0 || vc->vc != 0",		12444	vgPlain_assert_fail((Bool )0, (Char const   *)"size == 0 || vc->vc != 0",
12364	(Char const   *)"drd_vc.c", 55,		12445	(Char const   *)"drd_vc.c", 55,
12365	(Char const   *)"vgDrd_vc_init", "");		12446	(Char const   *)"vgDrd_vc_init", "");
12366	}		12447	}
12367	if (vcelem) {		12448	if (vcelem) {
12368	vgPlain_memcpy((void *)vc->vc, (void const   *)vcelem,		12449	vgPlain_memcpy((void *)vc->vc, (void const   *)vcelem,
12369	(SizeT )(size * (unsigned int const   )sizeof(*(vcelem + 0))));		12450	(SizeT )(size * (unsigned int const   )sizeof(*(vcelem + 0))));
12370	vc->size = (unsigned int )size;		12451	vc->size = (unsigned int )size;
12371	} else {		12452	} else {
12372			12453
12373	}		12454	}
12374	return;		12455	return;
12375	}		12456	}
12376	}		12457	}
12377	void vgDrd_vc_cleanup(VectorClock * const  vc )		12458	void vgDrd_vc_cleanup(VectorClock * const  vc )
12378	{		12459	{
12379			12460
12380			12461
12381	{		12462	{
12382	vgDrd_vc_reserve(vc, (unsigned int const   )0);		12463	vgDrd_vc_reserve(vc, (unsigned int const   )0);
12383	return;		12464	return;
12384	}		12465	}
12385	}		12466	}
12386	void vgDrd_vc_copy(VectorClock * const  new , VectorClock const   * const  rhs )		12467	void vgDrd_vc_copy(VectorClock * const  new , VectorClock const   * const  rhs )
12387	{		12468	{
12388			12469
12389			12470
12390	{		12471	{
12391	vgDrd_vc_init(new, (VCElem const   */* const  */)rhs->vc, rhs->size);		12472	vgDrd_vc_init(new, (VCElem const   */* const  */)rhs->vc, rhs->size);
12392	return;		12473	return;
12393	}		12474	}
12394	}		12475	}
12395	void vgDrd_vc_assign(VectorClock * const  lhs ,		12476	void vgDrd_vc_assign(VectorClock * const  lhs ,
12396	VectorClock const   * const  rhs )		12477	VectorClock const   * const  rhs )
12397	{		12478	{
12398			12479
12399			12480
12400	{		12481	{
12401	vgDrd_vc_cleanup(lhs);		12482	vgDrd_vc_cleanup(lhs);
12402	vgDrd_vc_copy(lhs, rhs);		12483	vgDrd_vc_copy(lhs, rhs);
12403	return;		12484	return;
12404	}		12485	}
12405	}		12486	}
12406	void vgDrd_vc_increment(VectorClock * const  vc , DrdThreadId const   tid )		12487	void vgDrd_vc_increment(VectorClock * const  vc , DrdThreadId const   tid )
12407	{		12488	{
12408	unsigned int i ;		12489	unsigned int i ;
12409	UInt oldcount ;		12490	UInt oldcount ;
12410	long tmp ;		12491	long tmp ;
12411	VCElem vcelem ;		12492	VCElem vcelem ;
12412	VectorClock vc2 ;		12493	VectorClock vc2 ;
12413			12494
12414	{		12495	{
12415	i = 0U;		12496	i = 0U;
12416	while (i < vc->size) {		12497	while (i < vc->size) {
12417	if ((vc->vc + i)->threadid == (DrdThreadId )tid) {		12498	if ((vc->vc + i)->threadid == (DrdThreadId )tid) {
12418	oldcount = (vc->vc + i)->count;		12499	oldcount = (vc->vc + i)->count;
12419	((vc->vc + i)->count) ++;		12500	((vc->vc + i)->count) ++;
12420	tmp = __builtin_expect((long )(! (! (oldcount < (vc->vc + i)->count))), 1L);		12501	tmp = __builtin_expect((long )(! (! (oldcount < (vc->vc + i)->count))), 1L);
12421	if (tmp) {		12502	if (tmp) {
12422			12503
12423	} else {		12504	} else {
12424	vgPlain_assert_fail((Bool )0,		12505	vgPlain_assert_fail((Bool )0,
12425	(Char const   *)"oldcount < vc->vc[i].count",		12506	(Char const   *)"oldcount < vc->vc[i].count",
12426	(Char const   *)"drd_vc.c", 93,		12507	(Char const   *)"drd_vc.c", 93,
12427	(Char const   *)"vgDrd_vc_increment", "");		12508	(Char const   *)"vgDrd_vc_increment", "");
12428	}		12509	}
12429	return;		12510	return;
12430	} else {		12511	} else {
12431			12512
12432	}		12513	}
12433	i ++;		12514	i ++;
12434	}		12515	}
12435	vcelem.threadid = (DrdThreadId )tid;		12516	vcelem.threadid = (DrdThreadId )tid;
12436	vcelem.count = (UInt )1;		12517	vcelem.count = (UInt )1;
12437	vgDrd_vc_init((VectorClock */* const  */)(& vc2),		12518	vgDrd_vc_init((VectorClock */* const  */)(& vc2),
12438	(VCElem const   */* const  */)(& vcelem),		12519	(VCElem const   */* const  */)(& vcelem),
12439	(unsigned int const   )1);		12520	(unsigned int const   )1);
12440	vgDrd_vc_combine(vc, (VectorClock const   */* const  */)(& vc2));		12521	vgDrd_vc_combine(vc, (VectorClock const   */* const  */)(& vc2));
12441	vgDrd_vc_cleanup((VectorClock */* const  */)(& vc2));		12522	vgDrd_vc_cleanup((VectorClock */* const  */)(& vc2));
12442	return;		12523	return;
12443	}		12524	}
12444	}		12525	}
12445	Bool vgDrd_vc_ordered(VectorClock const   * const  vc1 ,		12526	Bool vgDrd_vc_ordered(VectorClock const   * const  vc1 ,
12446	VectorClock const   * const  vc2 )		12527	VectorClock const   * const  vc2 )
12447	{		12528	{
12448	Bool tmp ;		12529	Bool tmp ;
12449	Bool tmp___0 ;		12530	Bool tmp___0 ;
12450	int tmp___1 ;		12531	int tmp___1 ;
12451			12532
12452	{		12533	{
12453	tmp = vgDrd_vc_lte(vc1, vc2);		12534	tmp = vgDrd_vc_lte(vc1, vc2);
12454	if (tmp) {		12535	if (tmp) {
12455	tmp___1 = 1;		12536	tmp___1 = 1;
12456	} else {		12537	} else {
12457	tmp___0 = vgDrd_vc_lte(vc2, vc1);		12538	tmp___0 = vgDrd_vc_lte(vc2, vc1);
12458	if (tmp___0) {		12539	if (tmp___0) {
12459	tmp___1 = 1;		12540	tmp___1 = 1;
12460	} else {		12541	} else {
12461	tmp___1 = 0;		12542	tmp___1 = 0;
12462	}		12543	}
12463	}		12544	}
12464	return ((Bool )tmp___1);		12545	return ((Bool )tmp___1);
12465	}		12546	}
12466	}		12547	}
12467	void vgDrd_vc_min(VectorClock * const  result ,		12548	void vgDrd_vc_min(VectorClock * const  result ,
12468	VectorClock const   * const  rhs )		12549	VectorClock const   * const  rhs )
12469	{		12550	{
12470	unsigned int i ;		12551	unsigned int i ;
12471	unsigned int j ;		12552	unsigned int j ;
12472	long tmp ;		12553	long tmp ;
12473	long tmp___0 ;		12554	long tmp___0 ;
12474	long tmp___1 ;		12555	long tmp___1 ;
12475			12556
12476	{		12557	{
12477	tmp = __builtin_expect((long )(! (! result)), 1L);		12558	tmp = __builtin_expect((long )(! (! result)), 1L);
12478	if (tmp) {		12559	if (tmp) {
12479			12560
12480	} else {		12561	} else {
12481	vgPlain_assert_fail((Bool )0, (Char const   *)"result",		12562	vgPlain_assert_fail((Bool )0, (Char const   *)"result",
12482	(Char const   *)"drd_vc.c", 127,		12563	(Char const   *)"drd_vc.c", 127,
12483	(Char const   *)"vgDrd_vc_min", "");		12564	(Char const   *)"vgDrd_vc_min", "");
12484	}		12565	}
12485	tmp___0 = __builtin_expect((long )(! (! rhs)), 1L);		12566	tmp___0 = __builtin_expect((long )(! (! rhs)), 1L);
12486	if (tmp___0) {		12567	if (tmp___0) {
12487			12568
12488	} else {		12569	} else {
12489	vgPlain_assert_fail((Bool )0, (Char const   *)"rhs",		12570	vgPlain_assert_fail((Bool )0, (Char const   *)"rhs",
12490	(Char const   *)"drd_vc.c", 128,		12571	(Char const   *)"drd_vc.c", 128,
12491	(Char const   *)"vgDrd_vc_min", "");		12572	(Char const   *)"vgDrd_vc_min", "");
12492	}		12573	}
12493	vgDrd_vc_check((VectorClock const   */* const  */)result);		12574	vgDrd_vc_check((VectorClock const   */* const  */)result);
12494	i = 0U;		12575	i = 0U;
12495	j = 0U;		12576	j = 0U;
12496	while (j < (unsigned int )rhs->size) {		12577	while (j < (unsigned int )rhs->size) {
12497	while (1) {		12578	while (1) {
12498	if (i < result->size) {		12579	if (i < result->size) {
12499	if ((result->vc + i)->threadid < (rhs->vc + j)->threadid) {		12580	if ((result->vc + i)->threadid < (rhs->vc + j)->threadid) {
12500			12581
12501	} else {		12582	} else {
12502	break;		12583	break;
12503	}		12584	}
12504	} else {		12585	} else {
12505	break;		12586	break;
12506	}		12587	}
12507	(result->vc + i)->count = (UInt )0;		12588	(result->vc + i)->count = (UInt )0;
12508	i ++;		12589	i ++;
12509	}		12590	}
12510	if (i >= result->size) {		12591	if (i >= result->size) {
12511	break;		12592	break;
12512	} else {		12593	} else {
12513			12594
12514	}		12595	}
12515	if ((result->vc + i)->threadid <= (rhs->vc + j)->threadid) {		12596	if ((result->vc + i)->threadid <= (rhs->vc + j)->threadid) {
12516	tmp___1 = __builtin_expect((long )(! (! ((result->vc + i)->threadid == (rhs->vc + j)->threadid))),		12597	tmp___1 = __builtin_expect((long )(! (! ((result->vc + i)->threadid == (rhs->vc + j)->threadid))),
12517	1L);		12598	1L);
12518	if (tmp___1) {		12599	if (tmp___1) {
12519			12600
12520	} else {		12601	} else {
12521	vgPlain_assert_fail((Bool )0,		12602	vgPlain_assert_fail((Bool )0,
12522	(Char const   *)"result->vc[i].threadid == rhs->vc[j].threadid",		12603	(Char const   *)"result->vc[i].threadid == rhs->vc[j].threadid",
12523	(Char const   *)"drd_vc.c", 150,		12604	(Char const   *)"drd_vc.c", 150,
12524	(Char const   *)"vgDrd_vc_min", "");		12605	(Char const   *)"vgDrd_vc_min", "");
12525	}		12606	}
12526	if ((rhs->vc + j)->count < (result->vc + i)->count) {		12607	if ((rhs->vc + j)->count < (result->vc + i)->count) {
12527	(result->vc + i)->count = (rhs->vc + j)->count;		12608	(result->vc + i)->count = (rhs->vc + j)->count;
12528	} else {		12609	} else {
12529			12610
12530	}		12611	}
12531	} else {		12612	} else {
12532			12613
12533	}		12614	}
12534	j ++;		12615	j ++;
12535	}		12616	}
12536	vgDrd_vc_check((VectorClock const   */* const  */)result);		12617	vgDrd_vc_check((VectorClock const   */* const  */)result);
12537	return;		12618	return;
12538	}		12619	}
12539	}		12620	}
12540	void vgDrd_vc_combine(VectorClock * const  result ,		12621	void vgDrd_vc_combine(VectorClock * const  result ,
12541	VectorClock const   * const  rhs )		12622	VectorClock const   * const  rhs )
12542	{		12623	{
12543	unsigned int i ;		12624	unsigned int i ;
12544	unsigned int j ;		12625	unsigned int j ;
12545	unsigned int shared ;		12626	unsigned int shared ;
12546	unsigned int new_size ;		12627	unsigned int new_size ;
12547	long tmp ;		12628	long tmp ;
12548	long tmp___0 ;		12629	long tmp___0 ;
12549	unsigned int k ;		12630	unsigned int k ;
12550	long tmp___1 ;		12631	long tmp___1 ;
12551	long tmp___2 ;		12632	long tmp___2 ;
12552			12633
12553	{		12634	{
12554	tmp = __builtin_expect((long )(! (! result)), 1L);		12635	tmp = __builtin_expect((long )(! (! result)), 1L);
12555	if (tmp) {		12636	if (tmp) {
12556			12637
12557	} else {		12638	} else {
12558	vgPlain_assert_fail((Bool )0, (Char const   *)"result",		12639	vgPlain_assert_fail((Bool )0, (Char const   *)"result",
12559	(Char const   *)"drd_vc.c", 170,		12640	(Char const   *)"drd_vc.c", 170,
12560	(Char const   *)"vgDrd_vc_combine", "");		12641	(Char const   *)"vgDrd_vc_combine", "");
12561	}		12642	}
12562	tmp___0 = __builtin_expect((long )(! (! rhs)), 1L);		12643	tmp___0 = __builtin_expect((long )(! (! rhs)), 1L);
12563	if (tmp___0) {		12644	if (tmp___0) {
12564			12645
12565	} else {		12646	} else {
12566	vgPlain_assert_fail((Bool )0, (Char const   *)"rhs",		12647	vgPlain_assert_fail((Bool )0, (Char const   *)"rhs",
12567	(Char const   *)"drd_vc.c", 171,		12648	(Char const   *)"drd_vc.c", 171,
12568	(Char const   *)"vgDrd_vc_combine", "");		12649	(Char const   *)"vgDrd_vc_combine", "");
12569	}		12650	}
12570	j = 0U;		12651	j = 0U;
12571	shared = 0U;		12652	shared = 0U;
12572	i = 0U;		12653	i = 0U;
12573	while (i < result->size) {		12654	while (i < result->size) {
12574	while (1) {		12655	while (1) {
12575	if (j < (unsigned int )rhs->size) {		12656	if (j < (unsigned int )rhs->size) {
12576	if ((rhs->vc + j)->threadid < (result->vc + i)->threadid) {		12657	if ((rhs->vc + j)->threadid < (result->vc + i)->threadid) {
12577			12658
12578	} else {		12659	} else {
12579	break;		12660	break;
12580	}		12661	}
12581	} else {		12662	} else {
12582	break;		12663	break;
12583	}		12664	}
12584	j ++;		12665	j ++;
12585	}		12666	}
12586	if (j >= (unsigned int )rhs->size) {		12667	if (j >= (unsigned int )rhs->size) {
12587	break;		12668	break;
12588	} else {		12669	} else {
12589			12670
12590	}		12671	}
12591	if ((result->vc + i)->threadid == (rhs->vc + j)->threadid) {		12672	if ((result->vc + i)->threadid == (rhs->vc + j)->threadid) {
12592	shared ++;		12673	shared ++;
12593	} else {		12674	} else {
12594			12675
12595	}		12676	}
12596	i ++;		12677	i ++;
12597	}		12678	}
12598	vgDrd_vc_check((VectorClock const   */* const  */)result);		12679	vgDrd_vc_check((VectorClock const   */* const  */)result);
12599	new_size = (result->size + (unsigned int )rhs->size) - shared;		12680	new_size = (result->size + (unsigned int )rhs->size) - shared;
12600	if (new_size > result->capacity) {		12681	if (new_size > result->capacity) {
12601	vgDrd_vc_reserve(result, (unsigned int const   )new_size);		12682	vgDrd_vc_reserve(result, (unsigned int const   )new_size);
12602	} else {		12683	} else {
12603			12684
12604	}		12685	}
12605	vgDrd_vc_check((VectorClock const   */* const  */)result);		12686	vgDrd_vc_check((VectorClock const   */* const  */)result);
12606	i = 0U;		12687	i = 0U;
12607	j = 0U;		12688	j = 0U;
12608	while (j < (unsigned int )rhs->size) {		12689	while (j < (unsigned int )rhs->size) {
12609	while (1) {		12690	while (1) {
12610	if (i < result->size) {		12691	if (i < result->size) {
12611	if ((result->vc + i)->threadid < (rhs->vc + j)->threadid) {		12692	if ((result->vc + i)->threadid < (rhs->vc + j)->threadid) {
12612			12693
12613	} else {		12694	} else {
12614	break;		12695	break;
12615	}		12696	}
12616	} else {		12697	} else {
12617	break;		12698	break;
12618	}		12699	}
12619	i ++;		12700	i ++;
12620	}		12701	}
12621	if (i >= result->size) {		12702	if (i >= result->size) {
12622	(result->size) ++;		12703	(result->size) ++;
12623	*(result->vc + i) = *(rhs->vc + j);		12704	*(result->vc + i) = *(rhs->vc + j);
12624	} else		12705	} else
12625	if ((result->vc + i)->threadid > (rhs->vc + j)->threadid) {		12706	if ((result->vc + i)->threadid > (rhs->vc + j)->threadid) {
12626	k = result->size;		12707	k = result->size;
12627	while (k > i) {		12708	while (k > i) {
12628	*(result->vc + k) = *(result->vc + (k - 1U));		12709	*(result->vc + k) = *(result->vc + (k - 1U));
12629	k --;		12710	k --;
12630	}		12711	}
12631	(result->size) ++;		12712	(result->size) ++;
12632	*(result->vc + i) = *(rhs->vc + j);		12713	*(result->vc + i) = *(rhs->vc + j);
12633	} else {		12714	} else {
12634	tmp___1 = __builtin_expect((long )(! (! ((result->vc + i)->threadid == (rhs->vc + j)->threadid))),		12715	tmp___1 = __builtin_expect((long )(! (! ((result->vc + i)->threadid == (rhs->vc + j)->threadid))),
12635	1L);		12716	1L);
12636	if (tmp___1) {		12717	if (tmp___1) {
12637			12718
12638	} else {		12719	} else {
12639	vgPlain_assert_fail((Bool )0,		12720	vgPlain_assert_fail((Bool )0,
12640	(Char const   *)"result->vc[i].threadid == rhs->vc[j].threadid",		12721	(Char const   *)"result->vc[i].threadid == rhs->vc[j].threadid",
12641	(Char const   *)"drd_vc.c", 225,		12722	(Char const   *)"drd_vc.c", 225,
12642	(Char const   *)"vgDrd_vc_combine", "");		12723	(Char const   *)"vgDrd_vc_combine", "");
12643	}		12724	}
12644	if ((rhs->vc + j)->count > (result->vc + i)->count) {		12725	if ((rhs->vc + j)->count > (result->vc + i)->count) {
12645	(result->vc + i)->count = (rhs->vc + j)->count;		12726	(result->vc + i)->count = (rhs->vc + j)->count;
12646	} else {		12727	} else {
12647			12728
12648	}		12729	}
12649	}		12730	}
12650	j ++;		12731	j ++;
12651	}		12732	}
12652	vgDrd_vc_check((VectorClock const   */* const  */)result);		12733	vgDrd_vc_check((VectorClock const   */* const  */)result);
12653	tmp___2 = __builtin_expect((long )(! (! (result->size == new_size))), 1L);		12734	tmp___2 = __builtin_expect((long )(! (! (result->size == new_size))), 1L);
12654	if (tmp___2) {		12735	if (tmp___2) {
12655			12736
12656	} else {		12737	} else {
12657	vgPlain_assert_fail((Bool )0, (Char const   *)"result->size == new_size",		12738	vgPlain_assert_fail((Bool )0, (Char const   *)"result->size == new_size",
12658	(Char const   *)"drd_vc.c", 233,		12739	(Char const   *)"drd_vc.c", 233,
12659	(Char const   *)"vgDrd_vc_combine", "");		12740	(Char const   *)"vgDrd_vc_combine", "");
12660	}		12741	}
12661	return;		12742	return;
12662	}		12743	}
12663	}		12744	}
12664	void vgDrd_vc_print(VectorClock const   * const  vc )		12745	void vgDrd_vc_print(VectorClock const   * const  vc )
12665	{		12746	{
12666	char *str ;		12747	char *str ;
12667			12748
12668	{		12749	{
12669	str = vgDrd_vc_aprint(vc);		12750	str = vgDrd_vc_aprint(vc);
12670	if ((unsigned int )str != (unsigned int )((void *)0)) {		12751	if ((unsigned int )str != (unsigned int )((void *)0)) {
12671	vgPlain_printf("%s", str);		12752	vgPlain_printf("%s", str);
12672	vgPlain_free((void *)str);		12753	vgPlain_free((void *)str);
12673	} else {		12754	} else {
12674			12755
12675	}		12756	}
12676	return;		12757	return;
12677	}		12758	}
12678	}		12759	}
12679	char *vgDrd_vc_aprint(VectorClock const   * const  vc )		12760	char *vgDrd_vc_aprint(VectorClock const   * const  vc )
12680	{		12761	{
12681	unsigned int i ;		12762	unsigned int i ;
12682	unsigned int reserved ;		12763	unsigned int reserved ;
12683	unsigned int size ;		12764	unsigned int size ;
12684	char *str ;		12765	char *str ;
12685	long tmp ;		12766	long tmp ;
12686	void *tmp___0 ;		12767	void *tmp___0 ;
12687	UInt tmp___1 ;		12768	UInt tmp___1 ;
12688	long tmp___2 ;		12769	long tmp___2 ;
12689	void *tmp___3 ;		12770	void *tmp___3 ;
12690	SizeT tmp___4 ;		12771	SizeT tmp___4 ;
12691	char const   *tmp___5 ;		12772	char const   *tmp___5 ;
12692	UInt tmp___6 ;		12773	UInt tmp___6 ;
12693	UInt tmp___7 ;		12774	UInt tmp___7 ;
12694			12775
12695	{		12776	{
12696	str = (char *)0;		12777	str = (char *)0;
12697	tmp = __builtin_expect((long )(! (! vc)), 1L);		12778	tmp = __builtin_expect((long )(! (! vc)), 1L);
12698	if (tmp) {		12779	if (tmp) {
12699			12780
12700	} else {		12781	} else {
12701	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",		12782	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",
12702	(Char const   *)"drd_vc.c", 259,		12783	(Char const   *)"drd_vc.c", 259,
12703	(Char const   *)"vgDrd_vc_aprint", "");		12784	(Char const   *)"vgDrd_vc_aprint", "");
12704	}		12785	}
12705	reserved = 64U;		12786	reserved = 64U;
12706	size = 0U;		12787	size = 0U;
12707	tmp___0 = vgPlain_realloc((HChar *)"drd.vc.aprint.1", (void *)str,		12788	tmp___0 = vgPlain_realloc((HChar *)"drd.vc.aprint.1", (void *)str,
12708	(SizeT )reserved);		12789	(SizeT )reserved);
12709	str = (char *)tmp___0;		12790	str = (char *)tmp___0;
12710	if (! str) {		12791	if (! str) {
12711	return (str);		12792	return (str);
12712	} else {		12793	} else {
12713			12794
12714	}		12795	}
12715	tmp___1 = vgPlain_snprintf((Char *)str, (Int )reserved, "[");		12796	tmp___1 = vgPlain_snprintf((Char *)str, (Int )reserved, "[");
12716	size += tmp___1;		12797	size += tmp___1;
12717	i = 0U;		12798	i = 0U;
12718	while (i < (unsigned int )vc->size) {		12799	while (i < (unsigned int )vc->size) {
12719	tmp___2 = __builtin_expect((long )(! (! vc->vc)), 1L);		12800	tmp___2 = __builtin_expect((long )(! (! vc->vc)), 1L);
12720	if (tmp___2) {		12801	if (tmp___2) {
12721			12802
12722	} else {		12803	} else {
12723	vgPlain_assert_fail((Bool )0, (Char const   *)"vc->vc",		12804	vgPlain_assert_fail((Bool )0, (Char const   *)"vc->vc",
12724	(Char const   *)"drd_vc.c", 268,		12805	(Char const   *)"drd_vc.c", 268,
12725	(Char const   *)"vgDrd_vc_aprint", "");		12806	(Char const   *)"vgDrd_vc_aprint", "");
12726	}		12807	}
12727	tmp___4 = vgPlain_strlen((Char const   *)str);		12808	tmp___4 = vgPlain_strlen((Char const   *)str);
12728	if (tmp___4 + 32UL > (SizeT )reserved) {		12809	if (tmp___4 + 32UL > (SizeT )reserved) {
12729	reserved *= 2U;		12810	reserved *= 2U;
12730	tmp___3 = vgPlain_realloc((HChar *)"drd.vc.aprint.2", (void *)str,		12811	tmp___3 = vgPlain_realloc((HChar *)"drd.vc.aprint.2", (void *)str,
12731	(SizeT )reserved);		12812	(SizeT )reserved);
12732	str = (char *)tmp___3;		12813	str = (char *)tmp___3;
12733	if (! str) {		12814	if (! str) {
12734	return (str);		12815	return (str);
12735	} else {		12816	} else {
12736			12817
12737	}		12818	}
12738	} else {		12819	} else {
12739			12820
12740	}		12821	}
12741	if (i > 0U) {		12822	if (i > 0U) {
12742	tmp___5 = ",";		12823	tmp___5 = ",";
12743	} else {		12824	} else {
12744	tmp___5 = "";		12825	tmp___5 = "";
12745	}		12826	}
12746	tmp___6 = vgPlain_snprintf((Char *)(str + size), (Int )(reserved - size),		12827	tmp___6 = vgPlain_snprintf((Char *)(str + size), (Int )(reserved - size),
12747	"%s %d: %d", tmp___5, (vc->vc + i)->threadid,		12828	"%s %d: %d", tmp___5, (vc->vc + i)->threadid,
12748	(vc->vc + i)->count);		12829	(vc->vc + i)->count);
12749	size += tmp___6;		12830	size += tmp___6;
12750	i ++;		12831	i ++;
12751	}		12832	}
12752	tmp___7 = vgPlain_snprintf((Char *)(str + size), (Int )(reserved - size), " ]");		12833	tmp___7 = vgPlain_snprintf((Char *)(str + size), (Int )(reserved - size), " ]");
12753	size += tmp___7;		12834	size += tmp___7;
12754	return (str);		12835	return (str);
12755	}		12836	}
12756	}		12837	}
12757	void vgDrd_vc_check(VectorClock const   * const  vc )		12838	void vgDrd_vc_check(VectorClock const   * const  vc )
12758	{		12839	{
12759	unsigned int i ;		12840	unsigned int i ;
12760	long tmp ;		12841	long tmp ;
12761	long tmp___0 ;		12842	long tmp___0 ;
12762			12843
12763	{		12844	{
12764	tmp = __builtin_expect((long )(! (! (vc->size <= vc->capacity))), 1L);		12845	tmp = __builtin_expect((long )(! (! (vc->size <= vc->capacity))), 1L);
12765	if (tmp) {		12846	if (tmp) {
12766			12847
12767	} else {		12848	} else {
12768	vgPlain_assert_fail((Bool )0, (Char const   *)"vc->size <= vc->capacity",		12849	vgPlain_assert_fail((Bool )0, (Char const   *)"vc->size <= vc->capacity",
12769	(Char const   *)"drd_vc.c", 298,		12850	(Char const   *)"drd_vc.c", 298,
12770	(Char const   *)"vgDrd_vc_check", "");		12851	(Char const   *)"vgDrd_vc_check", "");
12771	}		12852	}
12772	i = 1U;		12853	i = 1U;
12773	while (i < (unsigned int )vc->size) {		12854	while (i < (unsigned int )vc->size) {
12774	tmp___0 = __builtin_expect((long )(! (! ((vc->vc + (i - 1U))->threadid < (vc->vc + i)->threadid))),		12855	tmp___0 = __builtin_expect((long )(! (! ((vc->vc + (i - 1U))->threadid < (vc->vc + i)->threadid))),
12775	1L);		12856	1L);
12776	if (tmp___0) {		12857	if (tmp___0) {
12777			12858
12778	} else {		12859	} else {
12779	vgPlain_assert_fail((Bool )0,		12860	vgPlain_assert_fail((Bool )0,
12780	(Char const   *)"vc->vc[i-1].threadid < vc->vc[i].threadid",		12861	(Char const   *)"vc->vc[i-1].threadid < vc->vc[i].threadid",
12781	(Char const   *)"drd_vc.c", 301,		12862	(Char const   *)"drd_vc.c", 301,
12782	(Char const   *)"vgDrd_vc_check", "");		12863	(Char const   *)"vgDrd_vc_check", "");
12783	}		12864	}
12784	i ++;		12865	i ++;
12785	}		12866	}
12786	return;		12867	return;
12787	}		12868	}
12788	}		12869	}
12789	static void vgDrd_vc_reserve(VectorClock * const  vc ,		12870	static void vgDrd_vc_reserve(VectorClock * const  vc ,
12790	unsigned int const   new_capacity )		12871	unsigned int const   new_capacity )
12791	{		12872	{
12792	long tmp ;		12873	long tmp ;
12793	int tmp___0 ;		12874	int tmp___0 ;
12794	long tmp___1 ;		12875	long tmp___1 ;
12795	int tmp___2 ;		12876	int tmp___2 ;
12796	long tmp___3 ;		12877	long tmp___3 ;
12797	void *tmp___4 ;		12878	void *tmp___4 ;
12798	int tmp___5 ;		12879	int tmp___5 ;
12799	long tmp___6 ;		12880	long tmp___6 ;
12800	void *tmp___7 ;		12881	void *tmp___7 ;
12801	int tmp___8 ;		12882	int tmp___8 ;
12802	long tmp___9 ;		12883	long tmp___9 ;
12803	int tmp___10 ;		12884	int tmp___10 ;
12804	long tmp___11 ;		12885	long tmp___11 ;
12805	void *tmp___12 ;		12886	void *tmp___12 ;
12806	int tmp___13 ;		12887	int tmp___13 ;
12807	long tmp___14 ;		12888	long tmp___14 ;
12808	int tmp___15 ;		12889	int tmp___15 ;
12809	long tmp___16 ;		12890	long tmp___16 ;
12810	int tmp___17 ;		12891	int tmp___17 ;
12811	long tmp___18 ;		12892	long tmp___18 ;
12812			12893
12813	{		12894	{
12814	tmp = __builtin_expect((long )(! (! vc)), 1L);		12895	tmp = __builtin_expect((long )(! (! vc)), 1L);
12815	if (tmp) {		12896	if (tmp) {
12816			12897
12817	} else {		12898	} else {
12818	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",		12899	vgPlain_assert_fail((Bool )0, (Char const   *)"vc",
12819	(Char const   *)"drd_vc.c", 313,		12900	(Char const   *)"drd_vc.c", 313,
12820	(Char const   *)"vgDrd_vc_reserve", "");		12901	(Char const   *)"vgDrd_vc_reserve", "");
12821	}		12902	}
12822	if (vc->capacity > 8U) {		12903	if (vc->capacity > 8U) {
12823	tmp___0 = 1;		12904	tmp___0 = 1;
12824	} else		12905	} else
12825	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {		12906	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {
12826	tmp___0 = 1;		12907	tmp___0 = 1;
12827	} else		12908	} else
12828	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {		12909	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {
12829	tmp___0 = 1;		12910	tmp___0 = 1;
12830	} else {		12911	} else {
12831	tmp___0 = 0;		12912	tmp___0 = 0;
12832	}		12913	}
12833	tmp___1 = __builtin_expect((long )tmp___0, 1L);		12914	tmp___1 = __builtin_expect((long )tmp___0, 1L);
12834	if (tmp___1) {		12915	if (tmp___1) {
12835			12916
12836	} else {		12917	} else {
12837	vgPlain_assert_fail((Bool )0,		12918	vgPlain_assert_fail((Bool )0,
12838	(Char const   *)"vc->capacity > VC_PREALLOCATED || vc->vc == 0 || vc->vc == vc->preallocated",		12919	(Char const   *)"vc->capacity > VC_PREALLOCATED || vc->vc == 0 || vc->vc == vc->preallocated",
12839	(Char const   *)"drd_vc.c", 316,		12920	(Char const   *)"drd_vc.c", 316,
12840	(Char const   *)"vgDrd_vc_reserve", "");		12921	(Char const   *)"vgDrd_vc_reserve", "");
12841	}		12922	}
12842	if (new_capacity > (unsigned int const   )vc->capacity) {		12923	if (new_capacity > (unsigned int const   )vc->capacity) {
12843	if (vc->vc) {		12924	if (vc->vc) {
12844	if (vc->capacity > 8U) {		12925	if (vc->capacity > 8U) {
12845	if (vc->vc) {		12926	if (vc->vc) {
12846	if ((unsigned int )vc->vc != (unsigned int )(vc->preallocated)) {		12927	if ((unsigned int )vc->vc != (unsigned int )(vc->preallocated)) {
12847	if (vc->capacity > 8U) {		12928	if (vc->capacity > 8U) {
12848	tmp___2 = 1;		12929	tmp___2 = 1;
12849	} else {		12930	} else {
12850	tmp___2 = 0;		12931	tmp___2 = 0;
12851	}		12932	}
12852	} else {		12933	} else {
12853	tmp___2 = 0;		12934	tmp___2 = 0;
12854	}		12935	}
12855	} else {		12936	} else {
12856	tmp___2 = 0;		12937	tmp___2 = 0;
12857	}		12938	}
12858	tmp___3 = __builtin_expect((long )tmp___2, 1L);		12939	tmp___3 = __builtin_expect((long )tmp___2, 1L);
12859	if (tmp___3) {		12940	if (tmp___3) {
12860			12941
12861	} else {		12942	} else {
12862	vgPlain_assert_fail((Bool )0,		12943	vgPlain_assert_fail((Bool )0,
12863	(Char const   *)"vc->vc && vc->vc != vc->preallocated && vc->capacity > VC_PREALLOCATED",		12944	(Char const   *)"vc->vc && vc->vc != vc->preallocated && vc->capacity > VC_PREALLOCATED",
12864	(Char const   *)"drd_vc.c", 324,		12945	(Char const   *)"drd_vc.c", 324,
12865	(Char const   *)"vgDrd_vc_reserve", "");		12946	(Char const   *)"vgDrd_vc_reserve", "");
12866	}		12947	}
12867	tmp___4 = vgPlain_realloc((HChar *)"drd.vc.vr.1", (void *)vc->vc,		12948	tmp___4 = vgPlain_realloc((HChar *)"drd.vc.vr.1", (void *)vc->vc,
12868	(SizeT )(new_capacity * (unsigned int const   )sizeof(*(vc->vc + 0))));		12949	(SizeT )(new_capacity * (unsigned int const   )sizeof(*(vc->vc + 0))));
12869	vc->vc = (VCElem *)tmp___4;		12950	vc->vc = (VCElem *)tmp___4;
12870	} else {		12951	} else {
12871	goto _L___1;		12952	goto _L___1;
12872	}		12953	}
12873	} else		12954	} else
12874	_L___1: /* CIL Label */		12955	_L___1: /* CIL Label */
12875	if (vc->vc) {		12956	if (vc->vc) {
12876	if (new_capacity > 8U) {		12957	if (new_capacity > 8U) {
12877	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {		12958	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {
12878	goto _L;		12959	goto _L;
12879	} else		12960	} else
12880	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {		12961	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {
12881	_L: /* CIL Label */		12962	_L: /* CIL Label */
12882	if (new_capacity > 8U) {		12963	if (new_capacity > 8U) {
12883	if (vc->capacity <= 8U) {		12964	if (vc->capacity <= 8U) {
12884	tmp___5 = 1;		12965	tmp___5 = 1;
12885	} else {		12966	} else {
12886	tmp___5 = 0;		12967	tmp___5 = 0;
12887	}		12968	}
12888	} else {		12969	} else {
12889	tmp___5 = 0;		12970	tmp___5 = 0;
12890	}		12971	}
12891	} else {		12972	} else {
12892	tmp___5 = 0;		12973	tmp___5 = 0;
12893	}		12974	}
12894	tmp___6 = __builtin_expect((long )tmp___5, 1L);		12975	tmp___6 = __builtin_expect((long )tmp___5, 1L);
12895	if (tmp___6) {		12976	if (tmp___6) {
12896			12977
12897	} else {		12978	} else {
12898	vgPlain_assert_fail((Bool )0,		12979	vgPlain_assert_fail((Bool )0,
12899	(Char const   *)"(vc->vc == 0 || vc->vc == vc->preallocated) && new_capacity > VC_PREALLOCATED && vc->capacity <= VC_PREALLOCATED",		12980	(Char const   *)"(vc->vc == 0 || vc->vc == vc->preallocated) && new_capacity > VC_PREALLOCATED && vc->capacity <= VC_PREALLOCATED",
12900	(Char const   *)"drd_vc.c", 332,		12981	(Char const   *)"drd_vc.c", 332,
12901	(Char const   *)"vgDrd_vc_reserve", "");		12982	(Char const   *)"vgDrd_vc_reserve", "");
12902	}		12983	}
12903	tmp___7 = vgPlain_malloc((HChar *)"drd.vc.vr.2",		12984	tmp___7 = vgPlain_malloc((HChar *)"drd.vc.vr.2",
12904	(SizeT )(new_capacity * (unsigned int const   )sizeof(*(vc->vc + 0))));		12985	(SizeT )(new_capacity * (unsigned int const   )sizeof(*(vc->vc + 0))));
12905	vc->vc = (VCElem *)tmp___7;		12986	vc->vc = (VCElem *)tmp___7;
12906	vgPlain_memcpy((void *)vc->vc, (void const   *)(vc->preallocated),		12987	vgPlain_memcpy((void *)vc->vc, (void const   *)(vc->preallocated),
12907	(SizeT )(vc->capacity * sizeof(*(vc->vc + 0))));		12988	(SizeT )(vc->capacity * sizeof(*(vc->vc + 0))));
12908	} else {		12989	} else {
12909	goto _L___0;		12990	goto _L___0;
12910	}		12991	}
12911	} else		12992	} else
12912	_L___0: /* CIL Label */		12993	_L___0: /* CIL Label */
12913	if (vc->vc) {		12994	if (vc->vc) {
12914	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {		12995	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {
12915	if (new_capacity <= 8U) {		12996	if (new_capacity <= 8U) {
12916	if (vc->capacity <= 8U) {		12997	if (vc->capacity <= 8U) {
12917	tmp___8 = 1;		12998	tmp___8 = 1;
12918	} else {		12999	} else {
12919	tmp___8 = 0;		13000	tmp___8 = 0;
12920	}		13001	}
12921	} else {		13002	} else {
12922	tmp___8 = 0;		13003	tmp___8 = 0;
12923	}		13004	}
12924	} else {		13005	} else {
12925	tmp___8 = 0;		13006	tmp___8 = 0;
12926	}		13007	}
12927	tmp___9 = __builtin_expect((long )tmp___8, 1L);		13008	tmp___9 = __builtin_expect((long )tmp___8, 1L);
12928	if (tmp___9) {		13009	if (tmp___9) {
12929			13010
12930	} else {		13011	} else {
12931	vgPlain_assert_fail((Bool )0,		13012	vgPlain_assert_fail((Bool )0,
12932	(Char const   *)"vc->vc == vc->preallocated && new_capacity <= VC_PREALLOCATED && vc->capacity <= VC_PREALLOCATED",		13013	(Char const   *)"vc->vc == vc->preallocated && new_capacity <= VC_PREALLOCATED && vc->capacity <= VC_PREALLOCATED",
12933	(Char const   *)"drd_vc.c", 342,		13014	(Char const   *)"drd_vc.c", 342,
12934	(Char const   *)"vgDrd_vc_reserve", "");		13015	(Char const   *)"vgDrd_vc_reserve", "");
12935	}		13016	}
12936	} else		13017	} else
12937	if (new_capacity > 8U) {		13018	if (new_capacity > 8U) {
12938	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {		13019	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {
12939	if (new_capacity > 8U) {		13020	if (new_capacity > 8U) {
12940	if (vc->capacity == 0U) {		13021	if (vc->capacity == 0U) {
12941	tmp___10 = 1;		13022	tmp___10 = 1;
12942	} else {		13023	} else {
12943	tmp___10 = 0;		13024	tmp___10 = 0;
12944	}		13025	}
12945	} else {		13026	} else {
12946	tmp___10 = 0;		13027	tmp___10 = 0;
12947	}		13028	}
12948	} else {		13029	} else {
12949	tmp___10 = 0;		13030	tmp___10 = 0;
12950	}		13031	}
12951	tmp___11 = __builtin_expect((long )tmp___10, 1L);		13032	tmp___11 = __builtin_expect((long )tmp___10, 1L);
12952	if (tmp___11) {		13033	if (tmp___11) {
12953			13034
12954	} else {		13035	} else {
12955	vgPlain_assert_fail((Bool )0,		13036	vgPlain_assert_fail((Bool )0,
12956	(Char const   *)"vc->vc == 0 && new_capacity > VC_PREALLOCATED && vc->capacity == 0",		13037	(Char const   *)"vc->vc == 0 && new_capacity > VC_PREALLOCATED && vc->capacity == 0",
12957	(Char const   *)"drd_vc.c", 348,		13038	(Char const   *)"drd_vc.c", 348,
12958	(Char const   *)"vgDrd_vc_reserve", "");		13039	(Char const   *)"vgDrd_vc_reserve", "");
12959	}		13040	}
12960	tmp___12 = vgPlain_malloc((HChar *)"drd.vc.vr.3",		13041	tmp___12 = vgPlain_malloc((HChar *)"drd.vc.vr.3",
12961	(SizeT )(new_capacity * (unsigned int const   )sizeof(*(vc->vc + 0))));		13042	(SizeT )(new_capacity * (unsigned int const   )sizeof(*(vc->vc + 0))));
12962	vc->vc = (VCElem *)tmp___12;		13043	vc->vc = (VCElem *)tmp___12;
12963	} else {		13044	} else {
12964	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {		13045	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {
12965	if (new_capacity <= 8U) {		13046	if (new_capacity <= 8U) {
12966	if (vc->capacity == 0U) {		13047	if (vc->capacity == 0U) {
12967	tmp___13 = 1;		13048	tmp___13 = 1;
12968	} else {		13049	} else {
12969	tmp___13 = 0;		13050	tmp___13 = 0;
12970	}		13051	}
12971	} else {		13052	} else {
12972	tmp___13 = 0;		13053	tmp___13 = 0;
12973	}		13054	}
12974	} else {		13055	} else {
12975	tmp___13 = 0;		13056	tmp___13 = 0;
12976	}		13057	}
12977	tmp___14 = __builtin_expect((long )tmp___13, 1L);		13058	tmp___14 = __builtin_expect((long )tmp___13, 1L);
12978	if (tmp___14) {		13059	if (tmp___14) {
12979			13060
12980	} else {		13061	} else {
12981	vgPlain_assert_fail((Bool )0,		13062	vgPlain_assert_fail((Bool )0,
12982	(Char const   *)"vc->vc == 0 && new_capacity <= VC_PREALLOCATED && vc->capacity == 0",		13063	(Char const   *)"vc->vc == 0 && new_capacity <= VC_PREALLOCATED && vc->capacity == 0",
12983	(Char const   *)"drd_vc.c", 356,		13064	(Char const   *)"drd_vc.c", 356,
12984	(Char const   *)"vgDrd_vc_reserve", "");		13065	(Char const   *)"vgDrd_vc_reserve", "");
12985	}		13066	}
12986	vc->vc = vc->preallocated;		13067	vc->vc = vc->preallocated;
12987	}		13068	}
12988	vc->capacity = (unsigned int )new_capacity;		13069	vc->capacity = (unsigned int )new_capacity;
12989	} else		13070	} else
12990	if (new_capacity == 0U) {		13071	if (new_capacity == 0U) {
12991	if (vc->vc) {		13072	if (vc->vc) {
12992	if (vc->capacity > 8U) {		13073	if (vc->capacity > 8U) {
12993	vgPlain_free((void *)vc->vc);		13074	vgPlain_free((void *)vc->vc);
12994	} else {		13075	} else {
12995			13076
12996	}		13077	}
12997	vc->vc = (VCElem *)0;		13078	vc->vc = (VCElem *)0;
12998	vc->capacity = 0U;		13079	vc->capacity = 0U;
12999	} else {		13080	} else {
13000			13081
13001	}		13082	}
13002	} else {		13083	} else {
13003			13084
13004	}		13085	}
13005	if (new_capacity == 0U) {		13086	if (new_capacity == 0U) {
13006	tmp___15 = 1;		13087	tmp___15 = 1;
13007	} else		13088	} else
13008	if ((unsigned int )vc->vc != (unsigned int )((VCElem *)0)) {		13089	if ((unsigned int )vc->vc != (unsigned int )((VCElem *)0)) {
13009	tmp___15 = 1;		13090	tmp___15 = 1;
13010	} else {		13091	} else {
13011	tmp___15 = 0;		13092	tmp___15 = 0;
13012	}		13093	}
13013	tmp___16 = __builtin_expect((long )tmp___15, 1L);		13094	tmp___16 = __builtin_expect((long )tmp___15, 1L);
13014	if (tmp___16) {		13095	if (tmp___16) {
13015			13096
13016	} else {		13097	} else {
13017	vgPlain_assert_fail((Bool )0,		13098	vgPlain_assert_fail((Bool )0,
13018	(Char const   *)"new_capacity == 0 || vc->vc != 0",		13099	(Char const   *)"new_capacity == 0 || vc->vc != 0",
13019	(Char const   *)"drd_vc.c", 369,		13100	(Char const   *)"drd_vc.c", 369,
13020	(Char const   *)"vgDrd_vc_reserve", "");		13101	(Char const   *)"vgDrd_vc_reserve", "");
13021	}		13102	}
13022	if (vc->capacity > 8U) {		13103	if (vc->capacity > 8U) {
13023	tmp___17 = 1;		13104	tmp___17 = 1;
13024	} else		13105	} else
13025	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {		13106	if ((unsigned int )vc->vc == (unsigned int )((VCElem *)0)) {
13026	tmp___17 = 1;		13107	tmp___17 = 1;
13027	} else		13108	} else
13028	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {		13109	if ((unsigned int )vc->vc == (unsigned int )(vc->preallocated)) {
13029	tmp___17 = 1;		13110	tmp___17 = 1;
13030	} else {		13111	} else {
13031	tmp___17 = 0;		13112	tmp___17 = 0;
13032	}		13113	}
13033	tmp___18 = __builtin_expect((long )tmp___17, 1L);		13114	tmp___18 = __builtin_expect((long )tmp___17, 1L);
13034	if (tmp___18) {		13115	if (tmp___18) {
13035			13116
13036	} else {		13117	} else {
13037	vgPlain_assert_fail((Bool )0,		13118	vgPlain_assert_fail((Bool )0,
13038	(Char const   *)"vc->capacity > VC_PREALLOCATED || vc->vc == 0 || vc->vc == vc->preallocated",		13119	(Char const   *)"vc->capacity > VC_PREALLOCATED || vc->vc == 0 || vc->vc == vc->preallocated",
13039	(Char const   *)"drd_vc.c", 372,		13120	(Char const   *)"drd_vc.c", 372,
13040	(Char const   *)"vgDrd_vc_reserve", "");		13121	(Char const   *)"vgDrd_vc_reserve", "");
13041	}		13122	}
13042	return;		13123	return;
13043	}		13124	}
13044	}		13125	}
13045	static Bool s_check_stack_accesses  =    (Bool )0;		13126	static Bool s_check_stack_accesses  =    (Bool )0;
13046	static Bool s_first_race_only  =    (Bool )0;		13127	static Bool s_first_race_only  =    (Bool )0;
13047	Bool vgDrd_get_check_stack_accesses(void)		13128	Bool vgDrd_get_check_stack_accesses(void)
13048	{		13129	{
13049			13130
13050			13131
13051	{		13132	{
13052	return (s_check_stack_accesses);		13133	return (s_check_stack_accesses);
13053	}		13134	}
13054	}		13135	}
13055	void vgDrd_set_check_stack_accesses(Bool const   c )		13136	void vgDrd_set_check_stack_accesses(Bool const   c )
13056	{		13137	{
13057	int tmp ;		13138	int tmp ;
13058	long tmp___0 ;		13139	long tmp___0 ;
13059			13140
13060	{		13141	{
13061	if ((int const   )c == 0) {		13142	if ((int const   )c == 0) {
13062	tmp = 1;		13143	tmp = 1;
13063	} else		13144	} else
13064	if ((int const   )c == 1) {		13145	if ((int const   )c == 1) {
13065	tmp = 1;		13146	tmp = 1;
13066	} else {		13147	} else {
13067	tmp = 0;		13148	tmp = 0;
13068	}		13149	}
13069	tmp___0 = __builtin_expect((long )tmp, 1L);		13150	tmp___0 = __builtin_expect((long )tmp, 1L);
13070	if (tmp___0) {		13151	if (tmp___0) {
13071			13152
13072	} else {		13153	} else {
13073	vgPlain_assert_fail((Bool )0, (Char const   *)"c == False || c == True",		13154	vgPlain_assert_fail((Bool )0, (Char const   *)"c == False || c == True",
13074	(Char const   *)"drd_load_store.c", 72,		13155	(Char const   *)"drd_load_store.c", 72,
13075	(Char const   *)"vgDrd_set_check_stack_accesses", "");		13156	(Char const   *)"vgDrd_set_check_stack_accesses", "");
13076	}		13157	}
13077	s_check_stack_accesses = (Bool )c;		13158	s_check_stack_accesses = (Bool )c;
13078	return;		13159	return;
13079	}		13160	}
13080	}		13161	}
13081	Bool vgDrd_get_first_race_only(void)		13162	Bool vgDrd_get_first_race_only(void)
13082	{		13163	{
13083			13164
13084			13165
13085	{		13166	{
13086	return (s_first_race_only);		13167	return (s_first_race_only);
13087	}		13168	}
13088	}		13169	}
13089	void vgDrd_set_first_race_only(Bool const   fro )		13170	void vgDrd_set_first_race_only(Bool const   fro )
13090	{		13171	{
13091	int tmp ;		13172	int tmp ;
13092	long tmp___0 ;		13173	long tmp___0 ;
13093			13174
13094	{		13175	{
13095	if ((int const   )fro == 0) {		13176	if ((int const   )fro == 0) {
13096	tmp = 1;		13177	tmp = 1;
13097	} else		13178	} else
13098	if ((int const   )fro == 1) {		13179	if ((int const   )fro == 1) {
13099	tmp = 1;		13180	tmp = 1;
13100	} else {		13181	} else {
13101	tmp = 0;		13182	tmp = 0;
13102	}		13183	}
13103	tmp___0 = __builtin_expect((long )tmp, 1L);		13184	tmp___0 = __builtin_expect((long )tmp, 1L);
13104	if (tmp___0) {		13185	if (tmp___0) {
13105			13186
13106	} else {		13187	} else {
13107	vgPlain_assert_fail((Bool )0, (Char const   *)"fro == False || fro == True",		13188	vgPlain_assert_fail((Bool )0, (Char const   *)"fro == False || fro == True",
13108	(Char const   *)"drd_load_store.c", 83,		13189	(Char const   *)"drd_load_store.c", 83,
13109	(Char const   *)"vgDrd_set_first_race_only", "");		13190	(Char const   *)"vgDrd_set_first_race_only", "");
13110	}		13191	}
13111	s_first_race_only = (Bool )fro;		13192	s_first_race_only = (Bool )fro;
13112	return;		13193	return;
13113	}		13194	}
13114	}		13195	}
13115	void vgDrd_trace_mem_access(Addr const   addr , SizeT const   size ,		13196	void vgDrd_trace_mem_access(Addr const   addr , SizeT const   size ,
13116	BmAccessTypeT const   access_type ,		13197	BmAccessTypeT const   access_type ,
13117	HWord const   stored_value_hi ,		13198	HWord const   stored_value_hi ,
13118	HWord const   stored_value_lo )		13199	HWord const   stored_value_lo )
13119	{		13200	{
13120	char *vc ;		13201	char *vc ;
13121	DrdThreadId tmp ;		13202	DrdThreadId tmp ;
13122	VectorClock *tmp___0 ;		13203	VectorClock *tmp___0 ;
13123	DrdThreadId tmp___1 ;		13204	DrdThreadId tmp___1 ;
13124	ULong sv ;		13205	ULong sv ;
13125	long tmp___2 ;		13206	long tmp___2 ;
13126	DrdThreadId tmp___3 ;		13207	DrdThreadId tmp___3 ;
13127	DrdThreadId tmp___4 ;		13208	DrdThreadId tmp___4 ;
13128	char const   *tmp___5 ;		13209	char const   *tmp___5 ;
13129	char const   *tmp___6 ;		13210	char const   *tmp___6 ;
13130	char const   *tmp___7 ;		13211	char const   *tmp___7 ;
13131	char const   *tmp___8 ;		13212	char const   *tmp___8 ;
13132	DrdThreadId tmp___9 ;		13213	DrdThreadId tmp___9 ;
13133	ThreadId tmp___10 ;		13214	ThreadId tmp___10 ;
13134	ThreadId tmp___11 ;		13215	ThreadId tmp___11 ;
13135	int tmp___12 ;		13216	int tmp___12 ;
13136	long tmp___13 ;		13217	long tmp___13 ;
13137	Bool tmp___14 ;		13218	Bool tmp___14 ;
13138			13219
13139	{		13220	{
13140	tmp___14 = vgDrd_is_any_traced(addr, addr + size);		13221	tmp___14 = vgDrd_is_any_traced(addr, addr + size);
13141	if (tmp___14) {		13222	if (tmp___14) {
13142	tmp = vgDrd_thread_get_running_tid();		13223	tmp = vgDrd_thread_get_running_tid();
13143	tmp___0 = vgDrd_thread_get_vc((DrdThreadId const   )tmp);		13224	tmp___0 = vgDrd_thread_get_vc((DrdThreadId const   )tmp);
13144	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___0);		13225	vc = vgDrd_vc_aprint((VectorClock const   */* const  */)tmp___0);
13145	if ((unsigned int const   )access_type == 1U) {		13226	if ((unsigned int const   )access_type == 1U) {
13146	if (size <= (SizeT const   )sizeof(HWord )) {		13227	if (size <= (SizeT const   )sizeof(HWord )) {
13147	tmp___1 = vgDrd_thread_get_running_tid();		13228	tmp___1 = vgDrd_thread_get_running_tid();
13148	vgDrd_trace_msg_w_bt("store 0x%lx size %ld val %ld/0x%lx (thread %d / vc %s)",		13229	vgDrd_trace_msg_w_bt("store 0x%lx size %ld val %ld/0x%lx (thread %d / vc %s)",
13149	addr, size, stored_value_lo, stored_value_lo,		13230	addr, size, stored_value_lo, stored_value_lo,
13150	tmp___1, vc);		13231	tmp___1, vc);
13151	} else {		13232	} else {
13152	goto _L___0;		13233	goto _L___0;
13153	}		13234	}
13154	} else		13235	} else
13155	_L___0: /* CIL Label */		13236	_L___0: /* CIL Label */
13156	if ((unsigned int const   )access_type == 1U) {		13237	if ((unsigned int const   )access_type == 1U) {
13157	if (size > (SizeT const   )sizeof(HWord )) {		13238	if (size > (SizeT const   )sizeof(HWord )) {
13158	tmp___2 = __builtin_expect((long )(! (! (sizeof(HWord ) == 4U))), 1L);		13239	tmp___2 = __builtin_expect((long )(! (! (sizeof(HWord ) == 4U))), 1L);
13159	if (tmp___2) {		13240	if (tmp___2) {
13160			13241
13161	} else {		13242	} else {
13162	vgPlain_assert_fail((Bool )0, (Char const   *)"sizeof(HWord) == 4",		13243	vgPlain_assert_fail((Bool )0, (Char const   *)"sizeof(HWord) == 4",
13163	(Char const   *)"drd_load_store.c", 105,		13244	(Char const   *)"drd_load_store.c", 105,
13164	(Char const   *)"vgDrd_trace_mem_access", "");		13245	(Char const   *)"vgDrd_trace_mem_access", "");
13165	}		13246	}
13166	sv = ((ULong )stored_value_hi << 32) | (unsigned long long )stored_value_lo;		13247	sv = ((ULong )stored_value_hi << 32) | (unsigned long long )stored_value_lo;
13167	tmp___3 = vgDrd_thread_get_running_tid();		13248	tmp___3 = vgDrd_thread_get_running_tid();
13168	vgDrd_trace_msg_w_bt("store 0x%lx size %ld val %lld/0x%llx (thread %d / vc %s)",		13249	vgDrd_trace_msg_w_bt("store 0x%lx size %ld val %lld/0x%llx (thread %d / vc %s)",
13169	addr, size, sv, sv, tmp___3, vc);		13250	addr, size, sv, sv, tmp___3, vc);
13170	} else {		13251	} else {
13171	goto _L;		13252	goto _L;
13172	}		13253	}
13173	} else {		13254	} else {
13174	_L: /* CIL Label */		13255	_L: /* CIL Label */
13175	tmp___4 = vgDrd_thread_get_running_tid();		13256	tmp___4 = vgDrd_thread_get_running_tid();
13176	if ((unsigned int const   )access_type == 0U) {		13257	if ((unsigned int const   )access_type == 0U) {
13177	tmp___8 = "load ";		13258	tmp___8 = "load ";
13178	} else {		13259	} else {
13179	if ((unsigned int const   )access_type == 1U) {		13260	if ((unsigned int const   )access_type == 1U) {
13180	tmp___7 = "store";		13261	tmp___7 = "store";
13181	} else {		13262	} else {
13182	if ((unsigned int const   )access_type == 2U) {		13263	if ((unsigned int const   )access_type == 2U) {
13183	tmp___6 = "start";		13264	tmp___6 = "start";
13184	} else {		13265	} else {
13185	if ((unsigned int const   )access_type == 3U) {		13266	if ((unsigned int const   )access_type == 3U) {
13186	tmp___5 = "end  ";		13267	tmp___5 = "end  ";
13187	} else {		13268	} else {
13188	tmp___5 = "????";		13269	tmp___5 = "????";
13189	}		13270	}
13190	tmp___6 = tmp___5;		13271	tmp___6 = tmp___5;
13191	}		13272	}
13192	tmp___7 = tmp___6;		13273	tmp___7 = tmp___6;
13193	}		13274	}
13194	tmp___8 = tmp___7;		13275	tmp___8 = tmp___7;
13195	}		13276	}
13196	vgDrd_trace_msg_w_bt("%s 0x%lx size %ld (thread %d / vc %s)", tmp___8,		13277	vgDrd_trace_msg_w_bt("%s 0x%lx size %ld (thread %d / vc %s)", tmp___8,
13197	addr, size, tmp___4, vc);		13278	addr, size, tmp___4, vc);
13198	}		13279	}
13199	vgPlain_free((void *)vc);		13280	vgPlain_free((void *)vc);
13200	tmp___9 = vgDrd_thread_get_running_tid();		13281	tmp___9 = vgDrd_thread_get_running_tid();
13201	tmp___10 = vgDrd_DrdThreadIdToVgThreadId((DrdThreadId const   )tmp___9);		13282	tmp___10 = vgDrd_DrdThreadIdToVgThreadId((DrdThreadId const   )tmp___9);
13202	tmp___11 = vgPlain_get_running_tid();		13283	tmp___11 = vgPlain_get_running_tid();
13203	if (tmp___10 == tmp___11) {		13284	if (tmp___10 == tmp___11) {
13204	tmp___12 = 1;		13285	tmp___12 = 1;
13205	} else {		13286	} else {
13206	tmp___12 = 0;		13287	tmp___12 = 0;
13207	}		13288	}
13208	tmp___13 = __builtin_expect((long )tmp___12, 1L);		13289	tmp___13 = __builtin_expect((long )tmp___12, 1L);
13209	if (tmp___13) {		13290	if (tmp___13) {
13210			13291
13211	} else {		13292	} else {
13212	vgPlain_assert_fail((Bool )0,		13293	vgPlain_assert_fail((Bool )0,
13213	(Char const   *)"DRD_(DrdThreadIdToVgThreadId)(DRD_(thread_get_running_tid)()) == VG_(get_running_tid)()",		13294	(Char const   *)"DRD_(DrdThreadIdToVgThreadId)(DRD_(thread_get_running_tid)()) == VG_(get_running_tid)()",
13214	(Char const   *)"drd_load_store.c", 120,		13295	(Char const   *)"drd_load_store.c", 120,
13215	(Char const   *)"vgDrd_trace_mem_access", "");		13296	(Char const   *)"vgDrd_trace_mem_access", "");
13216	}		13297	}
13217	} else {		13298	} else {
13218			13299
13219	}		13300	}
13220	return;		13301	return;
13221	}		13302	}
13222	}		13303	}
13223	static void ( __attribute__((__regparm__(2))) drd_trace_mem_load)(Addr const   addr ,		13304	static void ( __attribute__((__regparm__(2))) drd_trace_mem_load)(Addr const   addr ,
13224	SizeT const   size )		13305	SizeT const   size )
13225	{		13306	{
13226			13307
13227			13308
13228	{		13309	{
13229	vgDrd_trace_mem_access(addr, size, (BmAccessTypeT const   )0,		13310	vgDrd_trace_mem_access(addr, size, (BmAccessTypeT const   )0,
13230	(HWord const   )0, (HWord const   )0);		13311	(HWord const   )0, (HWord const   )0);
13231	return;		13312	return;
13232	}		13313	}
13233	}		13314	}
13234	static void ( __attribute__((__regparm__(3))) drd_trace_mem_store)(Addr const   addr ,		13315	static void ( __attribute__((__regparm__(3))) drd_trace_mem_store)(Addr const   addr ,
13235	SizeT const   size ,		13316	SizeT const   size ,
13236	HWord const   stored_value_hi ,		13317	HWord const   stored_value_hi ,
13237	HWord const   stored_value_lo )		13318	HWord const   stored_value_lo )
13238	{		13319	{
13239			13320
13240			13321
13241	{		13322	{
13242	vgDrd_trace_mem_access(addr, size, (BmAccessTypeT const   )1, stored_value_hi,		13323	vgDrd_trace_mem_access(addr, size, (BmAccessTypeT const   )1, stored_value_hi,
13243	stored_value_lo);		13324	stored_value_lo);
13244	return;		13325	return;
13245	}		13326	}
13246	}		13327	}
13247	static void drd_report_race(Addr const   addr , SizeT const   size ,		13328	static void drd_report_race(Addr const   addr , SizeT const   size ,
13248	BmAccessTypeT const   access_type )		13329	BmAccessTypeT const   access_type )
13249	{		13330	{
13250	ThreadId vg_tid ;		13331	ThreadId vg_tid ;
13251	DataRaceErrInfo drei ;		13332	DataRaceErrInfo drei ;
13252	DrdThreadId tmp ;		13333	DrdThreadId tmp ;
13253	Addr tmp___0 ;		13334	Addr tmp___0 ;
13254	Bool tmp___1 ;		13335	Bool tmp___1 ;
13255			13336
13256	{		13337	{
13257	vg_tid = vgPlain_get_running_tid();		13338	vg_tid = vgPlain_get_running_tid();
13258	tmp___1 = vgDrd_thread_address_on_any_stack(addr);		13339	tmp___1 = vgDrd_thread_address_on_any_stack(addr);
13259	if (tmp___1) {		13340	if (tmp___1) {
13260			13341
13261	} else {		13342	} else {
13262	tmp = vgDrd_thread_get_running_tid();		13343	tmp = vgDrd_thread_get_running_tid();
13263	drei.tid = tmp;		13344	drei.tid = tmp;
13264	drei.addr = (Addr )addr;		13345	drei.addr = (Addr )addr;
13265	drei.size = (SizeT )size;		13346	drei.size = (SizeT )size;
13266	drei.access_type = (BmAccessTypeT )access_type;		13347	drei.access_type = (BmAccessTypeT )access_type;
13267	tmp___0 = vgPlain_get_IP(vg_tid);		13348	tmp___0 = vgPlain_get_IP(vg_tid);
13268	vgPlain_maybe_record_error(vg_tid, 1, tmp___0, (Char *)"Conflicting access",		13349	vgPlain_maybe_record_error(vg_tid, 1, tmp___0, (Char *)"Conflicting access",
13269	(void *)(& drei));		13350	(void *)(& drei));
13270	if (s_first_race_only) {		13351	if (s_first_race_only) {
13271	vgDrd_start_suppression(addr, addr + size,		13352	vgDrd_start_suppression(addr, addr + size,
13272	(char const   */* const  */)"first race only");		13353	(char const   */* const  */)"first race only");
13273	} else {		13354	} else {
13274			13355
13275	}		13356	}
13276	}		13357	}
13277	return;		13358	return;
13278	}		13359	}
13279	}		13360	}
13280	void ( __attribute__((__regparm__(2))) vgDrd_trace_load)(Addr addr , SizeT size )		13361	void ( __attribute__((__regparm__(2))) vgDrd_trace_load)(Addr addr , SizeT size )
13281	{		13362	{
13282	Bool tmp ;		13363	Bool tmp ;
13283	Bool tmp___0 ;		13364	Bool tmp___0 ;
13284	Bool tmp___1 ;		13365	Bool tmp___1 ;
13285	Bool tmp___2 ;		13366	Bool tmp___2 ;
13286			13367
13287	{		13368	{
13288	tmp = vgDrd_running_thread_is_recording_loads();		13369	tmp = vgDrd_running_thread_is_recording_loads();
13289	if (tmp) {		13370	if (tmp) {
13290	if (s_check_stack_accesses) {		13371	if (s_check_stack_accesses) {
13291	goto _L;		13372	goto _L;
13292	} else {		13373	} else {
13293	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13374	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13294	if (tmp___0) {		13375	if (tmp___0) {
13295			13376
13296	} else {		13377	} else {
13297	_L: /* CIL Label */		13378	_L: /* CIL Label */
13298	tmp___1 = bm_access_load_triggers_conflict((Addr const   )addr,		13379	tmp___1 = bm_access_load_triggers_conflict((Addr const   )addr,
13299	(Addr const   )(addr + size));		13380	(Addr const   )(addr + size));
13300	if (tmp___1) {		13381	if (tmp___1) {
13301	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13382	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13302	(Addr const   )(addr + size));		13383	(Addr const   )(addr + size));
13303	if (tmp___2) {		13384	if (tmp___2) {
13304			13385
13305	} else {		13386	} else {
13306	drd_report_race((Addr const   )addr, (SizeT const   )size,		13387	drd_report_race((Addr const   )addr, (SizeT const   )size,
13307	(BmAccessTypeT const   )0);		13388	(BmAccessTypeT const   )0);
13308	}		13389	}
13309	} else {		13390	} else {
13310			13391
13311	}		13392	}
13312	}		13393	}
13313	}		13394	}
13314	} else {		13395	} else {
13315			13396
13316	}		13397	}
13317	return;		13398	return;
13318	}		13399	}
13319	}		13400	}
13320	static void ( __attribute__((__regparm__(1))) drd_trace_load_1)(Addr addr )		13401	static void ( __attribute__((__regparm__(1))) drd_trace_load_1)(Addr addr )
13321	{		13402	{
13322	Bool tmp ;		13403	Bool tmp ;
13323	Bool tmp___0 ;		13404	Bool tmp___0 ;
13324	Bool tmp___1 ;		13405	Bool tmp___1 ;
13325	Bool tmp___2 ;		13406	Bool tmp___2 ;
13326			13407
13327	{		13408	{
13328	tmp = vgDrd_running_thread_is_recording_loads();		13409	tmp = vgDrd_running_thread_is_recording_loads();
13329	if (tmp) {		13410	if (tmp) {
13330	if (s_check_stack_accesses) {		13411	if (s_check_stack_accesses) {
13331	goto _L;		13412	goto _L;
13332	} else {		13413	} else {
13333	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13414	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13334	if (tmp___0) {		13415	if (tmp___0) {
13335			13416
13336	} else {		13417	} else {
13337	_L: /* CIL Label */		13418	_L: /* CIL Label */
13338	tmp___1 = bm_access_load_1_triggers_conflict((Addr const   )addr);		13419	tmp___1 = bm_access_load_1_triggers_conflict((Addr const   )addr);
13339	if (tmp___1) {		13420	if (tmp___1) {
13340	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13421	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13341	(Addr const   )(addr + 1UL));		13422	(Addr const   )(addr + 1UL));
13342	if (tmp___2) {		13423	if (tmp___2) {
13343			13424
13344	} else {		13425	} else {
13345	drd_report_race((Addr const   )addr, (SizeT const   )1,		13426	drd_report_race((Addr const   )addr, (SizeT const   )1,
13346	(BmAccessTypeT const   )0);		13427	(BmAccessTypeT const   )0);
13347	}		13428	}
13348	} else {		13429	} else {
13349			13430
13350	}		13431	}
13351	}		13432	}
13352	}		13433	}
13353	} else {		13434	} else {
13354			13435
13355	}		13436	}
13356	return;		13437	return;
13357	}		13438	}
13358	}		13439	}
13359	static void ( __attribute__((__regparm__(1))) drd_trace_load_2)(Addr addr )		13440	static void ( __attribute__((__regparm__(1))) drd_trace_load_2)(Addr addr )
13360	{		13441	{
13361	Bool tmp ;		13442	Bool tmp ;
13362	Bool tmp___0 ;		13443	Bool tmp___0 ;
13363	Bool tmp___1 ;		13444	Bool tmp___1 ;
13364	Bool tmp___2 ;		13445	Bool tmp___2 ;
13365			13446
13366	{		13447	{
13367	tmp = vgDrd_running_thread_is_recording_loads();		13448	tmp = vgDrd_running_thread_is_recording_loads();
13368	if (tmp) {		13449	if (tmp) {
13369	if (s_check_stack_accesses) {		13450	if (s_check_stack_accesses) {
13370	goto _L;		13451	goto _L;
13371	} else {		13452	} else {
13372	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13453	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13373	if (tmp___0) {		13454	if (tmp___0) {
13374			13455
13375	} else {		13456	} else {
13376	_L: /* CIL Label */		13457	_L: /* CIL Label */
13377	tmp___1 = bm_access_load_2_triggers_conflict((Addr const   )addr);		13458	tmp___1 = bm_access_load_2_triggers_conflict((Addr const   )addr);
13378	if (tmp___1) {		13459	if (tmp___1) {
13379	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13460	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13380	(Addr const   )(addr + 2UL));		13461	(Addr const   )(addr + 2UL));
13381	if (tmp___2) {		13462	if (tmp___2) {
13382			13463
13383	} else {		13464	} else {
13384	drd_report_race((Addr const   )addr, (SizeT const   )2,		13465	drd_report_race((Addr const   )addr, (SizeT const   )2,
13385	(BmAccessTypeT const   )0);		13466	(BmAccessTypeT const   )0);
13386	}		13467	}
13387	} else {		13468	} else {
13388			13469
13389	}		13470	}
13390	}		13471	}
13391	}		13472	}
13392	} else {		13473	} else {
13393			13474
13394	}		13475	}
13395	return;		13476	return;
13396	}		13477	}
13397	}		13478	}
13398	static void ( __attribute__((__regparm__(1))) drd_trace_load_4)(Addr addr )		13479	static void ( __attribute__((__regparm__(1))) drd_trace_load_4)(Addr addr )
13399	{		13480	{
13400	Bool tmp ;		13481	Bool tmp ;
13401	Bool tmp___0 ;		13482	Bool tmp___0 ;
13402	Bool tmp___1 ;		13483	Bool tmp___1 ;
13403	Bool tmp___2 ;		13484	Bool tmp___2 ;
13404			13485
13405	{		13486	{
13406	tmp = vgDrd_running_thread_is_recording_loads();		13487	tmp = vgDrd_running_thread_is_recording_loads();
13407	if (tmp) {		13488	if (tmp) {
13408	if (s_check_stack_accesses) {		13489	if (s_check_stack_accesses) {
13409	goto _L;		13490	goto _L;
13410	} else {		13491	} else {
13411	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13492	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13412	if (tmp___0) {		13493	if (tmp___0) {
13413			13494
13414	} else {		13495	} else {
13415	_L: /* CIL Label */		13496	_L: /* CIL Label */
13416	tmp___1 = bm_access_load_4_triggers_conflict((Addr const   )addr);		13497	tmp___1 = bm_access_load_4_triggers_conflict((Addr const   )addr);
13417	if (tmp___1) {		13498	if (tmp___1) {
13418	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13499	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13419	(Addr const   )(addr + 4UL));		13500	(Addr const   )(addr + 4UL));
13420	if (tmp___2) {		13501	if (tmp___2) {
13421			13502
13422	} else {		13503	} else {
13423	drd_report_race((Addr const   )addr, (SizeT const   )4,		13504	drd_report_race((Addr const   )addr, (SizeT const   )4,
13424	(BmAccessTypeT const   )0);		13505	(BmAccessTypeT const   )0);
13425	}		13506	}
13426	} else {		13507	} else {
13427			13508
13428	}		13509	}
13429	}		13510	}
13430	}		13511	}
13431	} else {		13512	} else {
13432			13513
13433	}		13514	}
13434	return;		13515	return;
13435	}		13516	}
13436	}		13517	}
13437	static void ( __attribute__((__regparm__(1))) drd_trace_load_8)(Addr addr )		13518	static void ( __attribute__((__regparm__(1))) drd_trace_load_8)(Addr addr )
13438	{		13519	{
13439	Bool tmp ;		13520	Bool tmp ;
13440	Bool tmp___0 ;		13521	Bool tmp___0 ;
13441	Bool tmp___1 ;		13522	Bool tmp___1 ;
13442	Bool tmp___2 ;		13523	Bool tmp___2 ;
13443			13524
13444	{		13525	{
13445	tmp = vgDrd_running_thread_is_recording_loads();		13526	tmp = vgDrd_running_thread_is_recording_loads();
13446	if (tmp) {		13527	if (tmp) {
13447	if (s_check_stack_accesses) {		13528	if (s_check_stack_accesses) {
13448	goto _L;		13529	goto _L;
13449	} else {		13530	} else {
13450	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13531	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13451	if (tmp___0) {		13532	if (tmp___0) {
13452			13533
13453	} else {		13534	} else {
13454	_L: /* CIL Label */		13535	_L: /* CIL Label */
13455	tmp___1 = bm_access_load_8_triggers_conflict((Addr const   )addr);		13536	tmp___1 = bm_access_load_8_triggers_conflict((Addr const   )addr);
13456	if (tmp___1) {		13537	if (tmp___1) {
13457	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13538	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13458	(Addr const   )(addr + 8UL));		13539	(Addr const   )(addr + 8UL));
13459	if (tmp___2) {		13540	if (tmp___2) {
13460			13541
13461	} else {		13542	} else {
13462	drd_report_race((Addr const   )addr, (SizeT const   )8,		13543	drd_report_race((Addr const   )addr, (SizeT const   )8,
13463	(BmAccessTypeT const   )0);		13544	(BmAccessTypeT const   )0);
13464	}		13545	}
13465	} else {		13546	} else {
13466			13547
13467	}		13548	}
13468	}		13549	}
13469	}		13550	}
13470	} else {		13551	} else {
13471			13552
13472	}		13553	}
13473	return;		13554	return;
13474	}		13555	}
13475	}		13556	}
13476	void ( __attribute__((__regparm__(2))) vgDrd_trace_store)(Addr addr ,		13557	void ( __attribute__((__regparm__(2))) vgDrd_trace_store)(Addr addr ,
13477	SizeT size )		13558	SizeT size )
13478	{		13559	{
13479	Bool tmp ;		13560	Bool tmp ;
13480	Bool tmp___0 ;		13561	Bool tmp___0 ;
13481	Bool tmp___1 ;		13562	Bool tmp___1 ;
13482	Bool tmp___2 ;		13563	Bool tmp___2 ;
13483			13564
13484	{		13565	{
13485	tmp = vgDrd_running_thread_is_recording_stores();		13566	tmp = vgDrd_running_thread_is_recording_stores();
13486	if (tmp) {		13567	if (tmp) {
13487	if (s_check_stack_accesses) {		13568	if (s_check_stack_accesses) {
13488	goto _L;		13569	goto _L;
13489	} else {		13570	} else {
13490	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13571	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13491	if (tmp___0) {		13572	if (tmp___0) {
13492			13573
13493	} else {		13574	} else {
13494	_L: /* CIL Label */		13575	_L: /* CIL Label */
13495	tmp___1 = bm_access_store_triggers_conflict((Addr const   )addr,		13576	tmp___1 = bm_access_store_triggers_conflict((Addr const   )addr,
13496	(Addr const   )(addr + size));		13577	(Addr const   )(addr + size));
13497	if (tmp___1) {		13578	if (tmp___1) {
13498	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13579	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13499	(Addr const   )(addr + size));		13580	(Addr const   )(addr + size));
13500	if (tmp___2) {		13581	if (tmp___2) {
13501			13582
13502	} else {		13583	} else {
13503	drd_report_race((Addr const   )addr, (SizeT const   )size,		13584	drd_report_race((Addr const   )addr, (SizeT const   )size,
13504	(BmAccessTypeT const   )1);		13585	(BmAccessTypeT const   )1);
13505	}		13586	}
13506	} else {		13587	} else {
13507			13588
13508	}		13589	}
13509	}		13590	}
13510	}		13591	}
13511	} else {		13592	} else {
13512			13593
13513	}		13594	}
13514	return;		13595	return;
13515	}		13596	}
13516	}		13597	}
13517	static void ( __attribute__((__regparm__(1))) drd_trace_store_1)(Addr addr )		13598	static void ( __attribute__((__regparm__(1))) drd_trace_store_1)(Addr addr )
13518	{		13599	{
13519	Bool tmp ;		13600	Bool tmp ;
13520	Bool tmp___0 ;		13601	Bool tmp___0 ;
13521	Bool tmp___1 ;		13602	Bool tmp___1 ;
13522	Bool tmp___2 ;		13603	Bool tmp___2 ;
13523			13604
13524	{		13605	{
13525	tmp = vgDrd_running_thread_is_recording_stores();		13606	tmp = vgDrd_running_thread_is_recording_stores();
13526	if (tmp) {		13607	if (tmp) {
13527	if (s_check_stack_accesses) {		13608	if (s_check_stack_accesses) {
13528	goto _L;		13609	goto _L;
13529	} else {		13610	} else {
13530	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13611	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13531	if (tmp___0) {		13612	if (tmp___0) {
13532			13613
13533	} else {		13614	} else {
13534	_L: /* CIL Label */		13615	_L: /* CIL Label */
13535	tmp___1 = bm_access_store_1_triggers_conflict((Addr const   )addr);		13616	tmp___1 = bm_access_store_1_triggers_conflict((Addr const   )addr);
13536	if (tmp___1) {		13617	if (tmp___1) {
13537	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13618	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13538	(Addr const   )(addr + 1UL));		13619	(Addr const   )(addr + 1UL));
13539	if (tmp___2) {		13620	if (tmp___2) {
13540			13621
13541	} else {		13622	} else {
13542	drd_report_race((Addr const   )addr, (SizeT const   )1,		13623	drd_report_race((Addr const   )addr, (SizeT const   )1,
13543	(BmAccessTypeT const   )1);		13624	(BmAccessTypeT const   )1);
13544	}		13625	}
13545	} else {		13626	} else {
13546			13627
13547	}		13628	}
13548	}		13629	}
13549	}		13630	}
13550	} else {		13631	} else {
13551			13632
13552	}		13633	}
13553	return;		13634	return;
13554	}		13635	}
13555	}		13636	}
13556	static void ( __attribute__((__regparm__(1))) drd_trace_store_2)(Addr addr )		13637	static void ( __attribute__((__regparm__(1))) drd_trace_store_2)(Addr addr )
13557	{		13638	{
13558	Bool tmp ;		13639	Bool tmp ;
13559	Bool tmp___0 ;		13640	Bool tmp___0 ;
13560	Bool tmp___1 ;		13641	Bool tmp___1 ;
13561	Bool tmp___2 ;		13642	Bool tmp___2 ;
13562			13643
13563	{		13644	{
13564	tmp = vgDrd_running_thread_is_recording_stores();		13645	tmp = vgDrd_running_thread_is_recording_stores();
13565	if (tmp) {		13646	if (tmp) {
13566	if (s_check_stack_accesses) {		13647	if (s_check_stack_accesses) {
13567	goto _L;		13648	goto _L;
13568	} else {		13649	} else {
13569	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13650	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13570	if (tmp___0) {		13651	if (tmp___0) {
13571			13652
13572	} else {		13653	} else {
13573	_L: /* CIL Label */		13654	_L: /* CIL Label */
13574	tmp___1 = bm_access_store_2_triggers_conflict((Addr const   )addr);		13655	tmp___1 = bm_access_store_2_triggers_conflict((Addr const   )addr);
13575	if (tmp___1) {		13656	if (tmp___1) {
13576	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13657	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13577	(Addr const   )(addr + 2UL));		13658	(Addr const   )(addr + 2UL));
13578	if (tmp___2) {		13659	if (tmp___2) {
13579			13660
13580	} else {		13661	} else {
13581	drd_report_race((Addr const   )addr, (SizeT const   )2,		13662	drd_report_race((Addr const   )addr, (SizeT const   )2,
13582	(BmAccessTypeT const   )1);		13663	(BmAccessTypeT const   )1);
13583	}		13664	}
13584	} else {		13665	} else {
13585			13666
13586	}		13667	}
13587	}		13668	}
13588	}		13669	}
13589	} else {		13670	} else {
13590			13671
13591	}		13672	}
13592	return;		13673	return;
13593	}		13674	}
13594	}		13675	}
13595	static void ( __attribute__((__regparm__(1))) drd_trace_store_4)(Addr addr )		13676	static void ( __attribute__((__regparm__(1))) drd_trace_store_4)(Addr addr )
13596	{		13677	{
13597	Bool tmp ;		13678	Bool tmp ;
13598	Bool tmp___0 ;		13679	Bool tmp___0 ;
13599	Bool tmp___1 ;		13680	Bool tmp___1 ;
13600	Bool tmp___2 ;		13681	Bool tmp___2 ;
13601			13682
13602	{		13683	{
13603	tmp = vgDrd_running_thread_is_recording_stores();		13684	tmp = vgDrd_running_thread_is_recording_stores();
13604	if (tmp) {		13685	if (tmp) {
13605	if (s_check_stack_accesses) {		13686	if (s_check_stack_accesses) {
13606	goto _L;		13687	goto _L;
13607	} else {		13688	} else {
13608	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13689	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13609	if (tmp___0) {		13690	if (tmp___0) {
13610			13691
13611	} else {		13692	} else {
13612	_L: /* CIL Label */		13693	_L: /* CIL Label */
13613	tmp___1 = bm_access_store_4_triggers_conflict((Addr const   )addr);		13694	tmp___1 = bm_access_store_4_triggers_conflict((Addr const   )addr);
13614	if (tmp___1) {		13695	if (tmp___1) {
13615	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13696	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13616	(Addr const   )(addr + 4UL));		13697	(Addr const   )(addr + 4UL));
13617	if (tmp___2) {		13698	if (tmp___2) {
13618			13699
13619	} else {		13700	} else {
13620	drd_report_race((Addr const   )addr, (SizeT const   )4,		13701	drd_report_race((Addr const   )addr, (SizeT const   )4,
13621	(BmAccessTypeT const   )1);		13702	(BmAccessTypeT const   )1);
13622	}		13703	}
13623	} else {		13704	} else {
13624			13705
13625	}		13706	}
13626	}		13707	}
13627	}		13708	}
13628	} else {		13709	} else {
13629			13710
13630	}		13711	}
13631	return;		13712	return;
13632	}		13713	}
13633	}		13714	}
13634	static void ( __attribute__((__regparm__(1))) drd_trace_store_8)(Addr addr )		13715	static void ( __attribute__((__regparm__(1))) drd_trace_store_8)(Addr addr )
13635	{		13716	{
13636	Bool tmp ;		13717	Bool tmp ;
13637	Bool tmp___0 ;		13718	Bool tmp___0 ;
13638	Bool tmp___1 ;		13719	Bool tmp___1 ;
13639	Bool tmp___2 ;		13720	Bool tmp___2 ;
13640			13721
13641	{		13722	{
13642	tmp = vgDrd_running_thread_is_recording_stores();		13723	tmp = vgDrd_running_thread_is_recording_stores();
13643	if (tmp) {		13724	if (tmp) {
13644	if (s_check_stack_accesses) {		13725	if (s_check_stack_accesses) {
13645	goto _L;		13726	goto _L;
13646	} else {		13727	} else {
13647	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);		13728	tmp___0 = vgDrd_thread_address_on_stack((Addr const   )addr);
13648	if (tmp___0) {		13729	if (tmp___0) {
13649			13730
13650	} else {		13731	} else {
13651	_L: /* CIL Label */		13732	_L: /* CIL Label */
13652	tmp___1 = bm_access_store_8_triggers_conflict((Addr const   )addr);		13733	tmp___1 = bm_access_store_8_triggers_conflict((Addr const   )addr);
13653	if (tmp___1) {		13734	if (tmp___1) {
13654	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,		13735	tmp___2 = vgDrd_is_suppressed((Addr const   )addr,
13655	(Addr const   )(addr + 8UL));		13736	(Addr const   )(addr + 8UL));
13656	if (tmp___2) {		13737	if (tmp___2) {
13657			13738
13658	} else {		13739	} else {
13659	drd_report_race((Addr const   )addr, (SizeT const   )8,		13740	drd_report_race((Addr const   )addr, (SizeT const   )8,
13660	(BmAccessTypeT const   )1);		13741	(BmAccessTypeT const   )1);
13661	}		13742	}
13662	} else {		13743	} else {
13663			13744
13664	}		13745	}
13665	}		13746	}
13666	}		13747	}
13667	} else {		13748	} else {
13668			13749
13669	}		13750	}
13670	return;		13751	return;
13671	}		13752	}
13672	}		13753	}
13673	static Bool is_stack_access(IRSB * const  bb , IRExpr * const  addr_expr )		13754	static Bool is_stack_access(IRSB * const  bb , IRExpr * const  addr_expr )
13674	{		13755	{
13675	Bool result ;		13756	Bool result ;
13676	int i ;		13757	int i ;
13677	IRExpr *e ;		13758	IRExpr *e ;
13678			13759
13679	{		13760	{
13680	result = (Bool )0;		13761	result = (Bool )0;
13681	if ((unsigned int )addr_expr->tag == 86019U) {		13762	if ((unsigned int )addr_expr->tag == 86019U) {
13682	i = 0;		13763	i = 0;
13683	while (i < bb->stmts_size) {		13764	while (i < bb->stmts_size) {
13684	if (*(bb->stmts + i)) {		13765	if (*(bb->stmts + i)) {
13685	if ((unsigned int )(*(bb->stmts + i))->tag == 102405U) {		13766	if ((unsigned int )(*(bb->stmts + i))->tag == 102405U) {
13686	if ((*(bb->stmts + i))->Ist.WrTmp.tmp == addr_expr->Iex.RdTmp.tmp) {		13767	if ((*(bb->stmts + i))->Ist.WrTmp.tmp == addr_expr->Iex.RdTmp.tmp) {
13687	e = (*(bb->stmts + i))->Ist.WrTmp.data;		13768	e = (*(bb->stmts + i))->Ist.WrTmp.data;
13688	if ((unsigned int )e->tag == 86017U) {		13769	if ((unsigned int )e->tag == 86017U) {
13689	if (e->Iex.Get.offset == 16) {		13770	if (e->Iex.Get.offset == 16) {
13690	result = (Bool )1;		13771	result = (Bool )1;
13691	} else {		13772	} else {
13692			13773
13693	}		13774	}
13694	} else {		13775	} else {
13695			13776
13696	}		13777	}
13697	break;		13778	break;
13698	} else {		13779	} else {
13699			13780
13700	}		13781	}
13701	} else {		13782	} else {
13702			13783
13703	}		13784	}
13704	} else {		13785	} else {
13705			13786
13706	}		13787	}
13707	i ++;		13788	i ++;
13708	}		13789	}
13709	} else {		13790	} else {
13710			13791
13711	}		13792	}
13712	return (result);		13793	return (result);
13713	}		13794	}
13714	}		13795	}
13715	static IROp const   u_widen_irop[5][9]  = { {        0,        0,        0,        0,		13796	static IROp const   u_widen_irop[5][9]  = { {        0,        0,        0,        0,
13716	(IROp const   )82056,        0,        0,        0,		13797	(IROp const   )82056,        0,        0,        0,
13717	(IROp const   )82057},		13798	(IROp const   )82057},
13718	{        0,        0,        0,        0,		13799	{        0,        0,        0,        0,
13719	(IROp const   )82026,        0,        0,        0,		13800	(IROp const   )82026,        0,        0,        0,
13720	(IROp const   )82027},		13801	(IROp const   )82027},
13721	{        0,        0,        0,        0,		13802	{        0,        0,        0,        0,
13722	(IROp const   )82028,        0,        0,        0,		13803	(IROp const   )82028,        0,        0,        0,
13723	(IROp const   )82029},		13804	(IROp const   )82029},
13724	{        0,        0,        0,        0,		13805	{        0,        0,        0,        0,
13725	0,        0,        0,        0,		13806	0,        0,        0,        0,
13726	(IROp const   )82030}};		13807	(IROp const   )82030}};
13727	static IRExpr *instr_trace_mem_load(IRSB * const  bb , IRExpr *addr_expr ,		13808	static IRExpr *instr_trace_mem_load(IRSB * const  bb , IRExpr *addr_expr ,
13728	HWord const   size )		13809	HWord const   size )
13729	{		13810	{
13730	IRTemp tmp ;		13811	IRTemp tmp ;
13731	IRType tmp___0 ;		13812	IRType tmp___0 ;
13732	IRStmt *tmp___1 ;		13813	IRStmt *tmp___1 ;
13733	IRExpr *tmp___2 ;		13814	IRExpr *tmp___2 ;
13734	IRExpr **tmp___3 ;		13815	IRExpr **tmp___3 ;
13735	void *tmp___4 ;		13816	void *tmp___4 ;
13736	IRDirty *tmp___5 ;		13817	IRDirty *tmp___5 ;
13737	IRStmt *tmp___6 ;		13818	IRStmt *tmp___6 ;
13738			13819
13739	{		13820	{
13740	tmp___0 = typeOfIRExpr(bb->tyenv, addr_expr);		13821	tmp___0 = typeOfIRExpr(bb->tyenv, addr_expr);
13741	tmp = newIRTemp(bb->tyenv, tmp___0);		13822	tmp = newIRTemp(bb->tyenv, tmp___0);
13742	tmp___1 = IRStmt_WrTmp(tmp, addr_expr);		13823	tmp___1 = IRStmt_WrTmp(tmp, addr_expr);
13743	addStmtToIRSB((IRSB *)bb, tmp___1);		13824	addStmtToIRSB((IRSB *)bb, tmp___1);
13744	addr_expr = IRExpr_RdTmp(tmp);		13825	addr_expr = IRExpr_RdTmp(tmp);
13745	tmp___2 = mkIRExpr_HWord((HWord )size);		13826	tmp___2 = mkIRExpr_HWord((HWord )size);
13746	tmp___3 = mkIRExprVec_2(addr_expr, tmp___2);		13827	tmp___3 = mkIRExprVec_2(addr_expr, tmp___2);
13747	tmp___4 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_mem_load));		13828	tmp___4 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_mem_load));
13748	tmp___5 = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_mem_load", tmp___4, tmp___3);		13829	tmp___5 = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_mem_load", tmp___4, tmp___3);
13749	tmp___6 = IRStmt_Dirty(tmp___5);		13830	tmp___6 = IRStmt_Dirty(tmp___5);
13750	addStmtToIRSB((IRSB *)bb, tmp___6);		13831	addStmtToIRSB((IRSB *)bb, tmp___6);
13751	return (addr_expr);		13832	return (addr_expr);
13752	}		13833	}
13753	}		13834	}
13754	static void instr_trace_mem_store(IRSB * const  bb , IRExpr * const  addr_expr ,		13835	static void instr_trace_mem_store(IRSB * const  bb , IRExpr * const  addr_expr ,
13755	IRExpr *data_expr_hi , IRExpr *data_expr_lo )		13836	IRExpr *data_expr_hi , IRExpr *data_expr_lo )
13756	{		13837	{
13757	IRType ty_data_expr ;		13838	IRType ty_data_expr ;
13758	HWord size ;		13839	HWord size ;
13759	int tmp ;		13840	int tmp ;
13760	long tmp___0 ;		13841	long tmp___0 ;
13761	IRType tmp___1 ;		13842	IRType tmp___1 ;
13762	int tmp___2 ;		13843	int tmp___2 ;
13763	long tmp___3 ;		13844	long tmp___3 ;
13764	Int tmp___4 ;		13845	Int tmp___4 ;
13765	IRTemp tmp___5 ;		13846	IRTemp tmp___5 ;
13766	IRTemp tmp___6 ;		13847	IRTemp tmp___6 ;
13767	IRExpr *tmp___7 ;		13848	IRExpr *tmp___7 ;
13768	IRStmt *tmp___8 ;		13849	IRStmt *tmp___8 ;
13769	IRTemp tmp___9 ;		13850	IRTemp tmp___9 ;
13770	IRTemp tmp___10 ;		13851	IRTemp tmp___10 ;
13771	IRExpr *tmp___11 ;		13852	IRExpr *tmp___11 ;
13772	IRStmt *tmp___12 ;		13853	IRStmt *tmp___12 ;
13773	IROp widen_op ;		13854	IROp widen_op ;
13774	IRTemp tmp___13 ;		13855	IRTemp tmp___13 ;
13775	int tmp___14 ;		13856	int tmp___14 ;
13776	IRExpr *tmp___15 ;		13857	IRExpr *tmp___15 ;
13777	IRStmt *tmp___16 ;		13858	IRStmt *tmp___16 ;
13778	IRTemp tmp___17 ;		13859	IRTemp tmp___17 ;
13779	long tmp___18 ;		13860	long tmp___18 ;
13780	long tmp___19 ;		13861	long tmp___19 ;
13781	IRExpr *tmp___20 ;		13862	IRExpr *tmp___20 ;
13782	IRStmt *tmp___21 ;		13863	IRStmt *tmp___21 ;
13783	IRExpr *tmp___22 ;		13864	IRExpr *tmp___22 ;
13784	IRStmt *tmp___23 ;		13865	IRStmt *tmp___23 ;
13785	IRExpr *tmp___24 ;		13866	IRExpr *tmp___24 ;
13786	IRExpr *tmp___25 ;		13867	IRExpr *tmp___25 ;
13787	IRExpr *tmp___26 ;		13868	IRExpr *tmp___26 ;
13788	IRExpr **tmp___27 ;		13869	IRExpr **tmp___27 ;
13789	void *tmp___28 ;		13870	void *tmp___28 ;
13790	IRDirty *tmp___29 ;		13871	IRDirty *tmp___29 ;
13791	IRStmt *tmp___30 ;		13872	IRStmt *tmp___30 ;
13792			13873
13793	{		13874	{
13794	if (sizeof(HWord ) == 4U) {		13875	if (sizeof(HWord ) == 4U) {
13795	tmp = 1;		13876	tmp = 1;
13796	} else		13877	} else
13797	if (sizeof(HWord ) == 8U) {		13878	if (sizeof(HWord ) == 8U) {
13798	tmp = 1;		13879	tmp = 1;
13799	} else {		13880	} else {
13800	tmp = 0;		13881	tmp = 0;
13801	}		13882	}
13802	tmp___0 = __builtin_expect((long )tmp, 1L);		13883	tmp___0 = __builtin_expect((long )tmp, 1L);
13803	if (tmp___0) {		13884	if (tmp___0) {
13804			13885
13805	} else {		13886	} else {
13806	vgPlain_assert_fail((Bool )0,		13887	vgPlain_assert_fail((Bool )0,
13807	(Char const   *)"sizeof(HWord) == 4 || sizeof(HWord) == 8",		13888	(Char const   *)"sizeof(HWord) == 4 || sizeof(HWord) == 8",
13808	(Char const   *)"drd_load_store.c", 372,		13889	(Char const   *)"drd_load_store.c", 372,
13809	(Char const   *)"instr_trace_mem_store", "");		13890	(Char const   *)"instr_trace_mem_store", "");
13810	}		13891	}
13811	if (! data_expr_hi) {		13892	if (! data_expr_hi) {
13812	tmp___2 = 1;		13893	tmp___2 = 1;
13813	} else {		13894	} else {
13814	tmp___1 = typeOfIRExpr(bb->tyenv, data_expr_hi);		13895	tmp___1 = typeOfIRExpr(bb->tyenv, data_expr_hi);
13815	if ((unsigned int )tmp___1 == 69636U) {		13896	if ((unsigned int )tmp___1 == 69636U) {
13816	tmp___2 = 1;		13897	tmp___2 = 1;
13817	} else {		13898	} else {
13818	tmp___2 = 0;		13899	tmp___2 = 0;
13819	}		13900	}
13820	}		13901	}
13821	tmp___3 = __builtin_expect((long )tmp___2, 1L);		13902	tmp___3 = __builtin_expect((long )tmp___2, 1L);
13822	if (tmp___3) {		13903	if (tmp___3) {
13823			13904
13824	} else {		13905	} else {
13825	vgPlain_assert_fail((Bool )0,		13906	vgPlain_assert_fail((Bool )0,
13826	(Char const   *)"!data_expr_hi || typeOfIRExpr(bb->tyenv, data_expr_hi) == Ity_I32",		13907	(Char const   *)"!data_expr_hi || typeOfIRExpr(bb->tyenv, data_expr_hi) == Ity_I32",
13827	(Char const   *)"drd_load_store.c", 373,		13908	(Char const   *)"drd_load_store.c", 373,
13828	(Char const   *)"instr_trace_mem_store", "");		13909	(Char const   *)"instr_trace_mem_store", "");
13829	}		13910	}
13830	ty_data_expr = typeOfIRExpr(bb->tyenv, data_expr_lo);		13911	ty_data_expr = typeOfIRExpr(bb->tyenv, data_expr_lo);
13831	tmp___4 = sizeofIRType(ty_data_expr);		13912	tmp___4 = sizeofIRType(ty_data_expr);
13832	size = (HWord )tmp___4;		13913	size = (HWord )tmp___4;
13833	if ((unsigned int )ty_data_expr == 69639U) {		13914	if ((unsigned int )ty_data_expr == 69639U) {
13834	tmp___6 = newIRTemp(bb->tyenv, (IRType )69636);		13915	tmp___6 = newIRTemp(bb->tyenv, (IRType )69636);
13835	tmp___5 = tmp___6;		13916	tmp___5 = tmp___6;
13836	tmp___7 = IRExpr_Unop((IROp )82105, data_expr_lo);		13917	tmp___7 = IRExpr_Unop((IROp )82105, data_expr_lo);
13837	tmp___8 = IRStmt_WrTmp(tmp___5, tmp___7);		13918	tmp___8 = IRStmt_WrTmp(tmp___5, tmp___7);
13838	addStmtToIRSB((IRSB *)bb, tmp___8);		13919	addStmtToIRSB((IRSB *)bb, tmp___8);
13839	data_expr_lo = IRExpr_RdTmp(tmp___5);		13920	data_expr_lo = IRExpr_RdTmp(tmp___5);
13840	ty_data_expr = (IRType )69636;		13921	ty_data_expr = (IRType )69636;
13841	} else		13922	} else
13842	if ((unsigned int )ty_data_expr == 69640U) {		13923	if ((unsigned int )ty_data_expr == 69640U) {
13843	tmp___10 = newIRTemp(bb->tyenv, (IRType )69637);		13924	tmp___10 = newIRTemp(bb->tyenv, (IRType )69637);
13844	tmp___9 = tmp___10;		13925	tmp___9 = tmp___10;
13845	tmp___11 = IRExpr_Unop((IROp )82103, data_expr_lo);		13926	tmp___11 = IRExpr_Unop((IROp )82103, data_expr_lo);
13846	tmp___12 = IRStmt_WrTmp(tmp___9, tmp___11);		13927	tmp___12 = IRStmt_WrTmp(tmp___9, tmp___11);
13847	addStmtToIRSB((IRSB *)bb, tmp___12);		13928	addStmtToIRSB((IRSB *)bb, tmp___12);
13848	data_expr_lo = IRExpr_RdTmp(tmp___9);		13929	data_expr_lo = IRExpr_RdTmp(tmp___9);
13849	ty_data_expr = (IRType )69637;		13930	ty_data_expr = (IRType )69637;
13850	} else {		13931	} else {
13851			13932
13852	}		13933	}
13853	if (size == (HWord )sizeof(HWord )) {		13934	if (size == (HWord )sizeof(HWord )) {
13854	if ((unsigned int )ty_data_expr == 69636U) {		13935	if ((unsigned int )ty_data_expr == 69636U) {
13855			13936
13856	} else		13937	} else
13857	if ((unsigned int )ty_data_expr == 69637U) {		13938	if ((unsigned int )ty_data_expr == 69637U) {
13858			13939
13859	} else {		13940	} else {
13860	goto _L;		13941	goto _L;
13861	}		13942	}
13862	} else {		13943	} else {
13863	_L: /* CIL Label */		13944	_L: /* CIL Label */
13864	if (69633U <= (unsigned int )ty_data_expr) {		13945	if (69633U <= (unsigned int )ty_data_expr) {
13865	if ((unsigned int )ty_data_expr < 69633U + sizeof(u_widen_irop) / sizeof(u_widen_irop[0])) {		13946	if ((unsigned int )ty_data_expr < 69633U + sizeof(u_widen_irop) / sizeof(u_widen_irop[0])) {
13866	widen_op = (IROp )u_widen_irop[(unsigned int )ty_data_expr - 69633U][sizeof(HWord )];		13947	widen_op = (IROp )u_widen_irop[(unsigned int )ty_data_expr - 69633U][sizeof(HWord )];
13867	if (! widen_op) {		13948	if (! widen_op) {
13868	widen_op = (IROp )81920;		13949	widen_op = (IROp )81920;
13869	} else {		13950	} else {
13870			13951
13871	}		13952	}
13872	} else {		13953	} else {
13873	widen_op = (IROp )81920;		13954	widen_op = (IROp )81920;
13874	}		13955	}
13875	} else {		13956	} else {
13876	widen_op = (IROp )81920;		13957	widen_op = (IROp )81920;
13877	}		13958	}
13878	if ((unsigned int )widen_op != 81920U) {		13959	if ((unsigned int )widen_op != 81920U) {
13879	if (sizeof(HWord ) == 4U) {		13960	if (sizeof(HWord ) == 4U) {
13880	tmp___14 = 69636;		13961	tmp___14 = 69636;
13881	} else {		13962	} else {
13882	tmp___14 = 69637;		13963	tmp___14 = 69637;
13883	}		13964	}
13884	tmp___13 = newIRTemp(bb->tyenv, (IRType )tmp___14);		13965	tmp___13 = newIRTemp(bb->tyenv, (IRType )tmp___14);
13885	tmp___15 = IRExpr_Unop(widen_op, data_expr_lo);		13966	tmp___15 = IRExpr_Unop(widen_op, data_expr_lo);
13886	tmp___16 = IRStmt_WrTmp(tmp___13, tmp___15);		13967	tmp___16 = IRStmt_WrTmp(tmp___13, tmp___15);
13887	addStmtToIRSB((IRSB *)bb, tmp___16);		13968	addStmtToIRSB((IRSB *)bb, tmp___16);
13888	data_expr_lo = IRExpr_RdTmp(tmp___13);		13969	data_expr_lo = IRExpr_RdTmp(tmp___13);
13889	} else		13970	} else
13890	if (size > (HWord )sizeof(HWord )) {		13971	if (size > (HWord )sizeof(HWord )) {
13891	if (! data_expr_hi) {		13972	if (! data_expr_hi) {
13892	if ((unsigned int )ty_data_expr == 69637U) {		13973	if ((unsigned int )ty_data_expr == 69637U) {
13893	tmp___18 = __builtin_expect((long )(! (! (sizeof(HWord ) == 4U))), 1L);		13974	tmp___18 = __builtin_expect((long )(! (! (sizeof(HWord ) == 4U))), 1L);
13894	if (tmp___18) {		13975	if (tmp___18) {
13895			13976
13896	} else {		13977	} else {
13897	vgPlain_assert_fail((Bool )0, (Char const   *)"sizeof(HWord) == 4",		13978	vgPlain_assert_fail((Bool )0, (Char const   *)"sizeof(HWord) == 4",
13898	(Char const   *)"drd_load_store.c", 438,		13979	(Char const   *)"drd_load_store.c", 438,
13899	(Char const   *)"instr_trace_mem_store", "");		13980	(Char const   *)"instr_trace_mem_store", "");
13900	}		13981	}
13901	tmp___19 = __builtin_expect((long )(! (! (size == 8UL))), 1L);		13982	tmp___19 = __builtin_expect((long )(! (! (size == 8UL))), 1L);
13902	if (tmp___19) {		13983	if (tmp___19) {
13903			13984
13904	} else {		13985	} else {
13905	vgPlain_assert_fail((Bool )0, (Char const   *)"size == 8",		13986	vgPlain_assert_fail((Bool )0, (Char const   *)"size == 8",
13906	(Char const   *)"drd_load_store.c", 439,		13987	(Char const   *)"drd_load_store.c", 439,
13907	(Char const   *)"instr_trace_mem_store", "");		13988	(Char const   *)"instr_trace_mem_store", "");
13908	}		13989	}
13909	tmp___17 = newIRTemp(bb->tyenv, (IRType )69636);		13990	tmp___17 = newIRTemp(bb->tyenv, (IRType )69636);
13910	tmp___20 = IRExpr_Unop((IROp )82047, data_expr_lo);		13991	tmp___20 = IRExpr_Unop((IROp )82047, data_expr_lo);
13911	tmp___21 = IRStmt_WrTmp(tmp___17, tmp___20);		13992	tmp___21 = IRStmt_WrTmp(tmp___17, tmp___20);
13912	addStmtToIRSB((IRSB *)bb, tmp___21);		13993	addStmtToIRSB((IRSB *)bb, tmp___21);
13913	data_expr_hi = IRExpr_RdTmp(tmp___17);		13994	data_expr_hi = IRExpr_RdTmp(tmp___17);
13914	tmp___17 = newIRTemp(bb->tyenv, (IRType )69636);		13995	tmp___17 = newIRTemp(bb->tyenv, (IRType )69636);
13915	tmp___22 = IRExpr_Unop((IROp )82046, data_expr_lo);		13996	tmp___22 = IRExpr_Unop((IROp )82046, data_expr_lo);
13916	tmp___23 = IRStmt_WrTmp(tmp___17, tmp___22);		13997	tmp___23 = IRStmt_WrTmp(tmp___17, tmp___22);
13917	addStmtToIRSB((IRSB *)bb, tmp___23);		13998	addStmtToIRSB((IRSB *)bb, tmp___23);
13918	data_expr_lo = IRExpr_RdTmp(tmp___17);		13999	data_expr_lo = IRExpr_RdTmp(tmp___17);
13919	} else {		14000	} else {
13920	data_expr_lo = mkIRExpr_HWord((HWord )0);		14001	data_expr_lo = mkIRExpr_HWord((HWord )0);
13921	}		14002	}
13922	} else {		14003	} else {
13923	data_expr_lo = mkIRExpr_HWord((HWord )0);		14004	data_expr_lo = mkIRExpr_HWord((HWord )0);
13924	}		14005	}
13925	} else {		14006	} else {
13926	data_expr_lo = mkIRExpr_HWord((HWord )0);		14007	data_expr_lo = mkIRExpr_HWord((HWord )0);
13927	}		14008	}
13928	}		14009	}
13929	if (data_expr_hi) {		14010	if (data_expr_hi) {
13930	tmp___25 = data_expr_hi;		14011	tmp___25 = data_expr_hi;
13931	} else {		14012	} else {
13932	tmp___24 = mkIRExpr_HWord((HWord )0);		14013	tmp___24 = mkIRExpr_HWord((HWord )0);
13933	tmp___25 = tmp___24;		14014	tmp___25 = tmp___24;
13934	}		14015	}
13935	tmp___26 = mkIRExpr_HWord(size);		14016	tmp___26 = mkIRExpr_HWord(size);
13936	tmp___27 = mkIRExprVec_4((IRExpr *)addr_expr, tmp___26, tmp___25, data_expr_lo);		14017	tmp___27 = mkIRExprVec_4((IRExpr *)addr_expr, tmp___26, tmp___25, data_expr_lo);
13937	tmp___28 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_mem_store));		14018	tmp___28 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_mem_store));
13938	tmp___29 = unsafeIRDirty_0_N(3, (HChar *)"drd_trace_mem_store", tmp___28,		14019	tmp___29 = unsafeIRDirty_0_N(3, (HChar *)"drd_trace_mem_store", tmp___28,
13939	tmp___27);		14020	tmp___27);
13940	tmp___30 = IRStmt_Dirty(tmp___29);		14021	tmp___30 = IRStmt_Dirty(tmp___29);
13941	addStmtToIRSB((IRSB *)bb, tmp___30);		14022	addStmtToIRSB((IRSB *)bb, tmp___30);
13942	return;		14023	return;
13943	}		14024	}
13944	}		14025	}
13945	static void instrument_load(IRSB * const  bb , IRExpr * const  addr_expr ,		14026	static void instrument_load(IRSB * const  bb , IRExpr * const  addr_expr ,
13946	HWord const   size )		14027	HWord const   size )
13947	{		14028	{
13948	IRExpr *size_expr ;		14029	IRExpr *size_expr ;
13949	IRExpr **argv ;		14030	IRExpr **argv ;
13950	IRDirty *di ;		14031	IRDirty *di ;
13951	Bool tmp ;		14032	Bool tmp ;
13952	void *tmp___0 ;		14033	void *tmp___0 ;
13953	void *tmp___1 ;		14034	void *tmp___1 ;
13954	void *tmp___2 ;		14035	void *tmp___2 ;
13955	void *tmp___3 ;		14036	void *tmp___3 ;
13956	void *tmp___4 ;		14037	void *tmp___4 ;
13957	IRStmt *tmp___5 ;		14038	IRStmt *tmp___5 ;
13958			14039
13959	{		14040	{
13960	if (! s_check_stack_accesses) {		14041	if (! s_check_stack_accesses) {
13961	tmp = is_stack_access(bb, addr_expr);		14042	tmp = is_stack_access(bb, addr_expr);
13962	if (tmp) {		14043	if (tmp) {
13963	return;		14044	return;
13964	} else {		14045	} else {
13965			14046
13966	}		14047	}
13967	} else {		14048	} else {
13968			14049
13969	}		14050	}
13970	switch (size) {		14051	switch (size) {
13971	case 1UL:		14052	case 1UL:
13972	argv = mkIRExprVec_1((IRExpr *)addr_expr);		14053	argv = mkIRExprVec_1((IRExpr *)addr_expr);
13973	tmp___0 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_1));		14054	tmp___0 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_1));
13974	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_1", tmp___0, argv);		14055	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_1", tmp___0, argv);
13975	break;		14056	break;
13976	case 2UL:		14057	case 2UL:
13977	argv = mkIRExprVec_1((IRExpr *)addr_expr);		14058	argv = mkIRExprVec_1((IRExpr *)addr_expr);
13978	tmp___1 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_2));		14059	tmp___1 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_2));
13979	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_2", tmp___1, argv);		14060	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_2", tmp___1, argv);
13980	break;		14061	break;
13981	case 4UL:		14062	case 4UL:
13982	argv = mkIRExprVec_1((IRExpr *)addr_expr);		14063	argv = mkIRExprVec_1((IRExpr *)addr_expr);
13983	tmp___2 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_4));		14064	tmp___2 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_4));
13984	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_4", tmp___2, argv);		14065	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_4", tmp___2, argv);
13985	break;		14066	break;
13986	case 8UL:		14067	case 8UL:
13987	argv = mkIRExprVec_1((IRExpr *)addr_expr);		14068	argv = mkIRExprVec_1((IRExpr *)addr_expr);
13988	tmp___3 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_8));		14069	tmp___3 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_load_8));
13989	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_8", tmp___3, argv);		14070	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_load_8", tmp___3, argv);
13990	break;		14071	break;
13991	default:		14072	default:
13992	size_expr = mkIRExpr_HWord((HWord )size);		14073	size_expr = mkIRExpr_HWord((HWord )size);
13993	argv = mkIRExprVec_2((IRExpr *)addr_expr, size_expr);		14074	argv = mkIRExprVec_2((IRExpr *)addr_expr, size_expr);
13994	tmp___4 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_load));		14075	tmp___4 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_load));
13995	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_load", tmp___4, argv);		14076	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_load", tmp___4, argv);
13996	break;		14077	break;
13997	}		14078	}
13998	tmp___5 = IRStmt_Dirty(di);		14079	tmp___5 = IRStmt_Dirty(di);
13999	addStmtToIRSB((IRSB *)bb, tmp___5);		14080	addStmtToIRSB((IRSB *)bb, tmp___5);
14000	return;		14081	return;
14001	}		14082	}
14002	}		14083	}
14003	static void instrument_store(IRSB * const  bb , IRExpr *addr_expr ,		14084	static void instrument_store(IRSB * const  bb , IRExpr *addr_expr ,
14004	IRExpr * const  data_expr )		14085	IRExpr * const  data_expr )
14005	{		14086	{
14006	IRExpr *size_expr ;		14087	IRExpr *size_expr ;
14007	IRExpr **argv ;		14088	IRExpr **argv ;
14008	IRDirty *di ;		14089	IRDirty *di ;
14009	HWord size ;		14090	HWord size ;
14010	IRType tmp ;		14091	IRType tmp ;
14011	Int tmp___0 ;		14092	Int tmp___0 ;
14012	IRTemp tmp___1 ;		14093	IRTemp tmp___1 ;
14013	IRType tmp___2 ;		14094	IRType tmp___2 ;
14014	IRTemp tmp___3 ;		14095	IRTemp tmp___3 ;
14015	IRStmt *tmp___4 ;		14096	IRStmt *tmp___4 ;
14016	Bool tmp___5 ;		14097	Bool tmp___5 ;
14017	int tmp___6 ;		14098	int tmp___6 ;
14018	long tmp___7 ;		14099	long tmp___7 ;
14019	Bool tmp___8 ;		14100	Bool tmp___8 ;
14020	void *tmp___9 ;		14101	void *tmp___9 ;
14021	void *tmp___10 ;		14102	void *tmp___10 ;
14022	void *tmp___11 ;		14103	void *tmp___11 ;
14023	void *tmp___12 ;		14104	void *tmp___12 ;
14024	void *tmp___13 ;		14105	void *tmp___13 ;
14025	IRStmt *tmp___14 ;		14106	IRStmt *tmp___14 ;
14026			14107
14027	{		14108	{
14028	tmp = typeOfIRExpr(bb->tyenv, (IRExpr *)data_expr);		14109	tmp = typeOfIRExpr(bb->tyenv, (IRExpr *)data_expr);
14029	tmp___0 = sizeofIRType(tmp);		14110	tmp___0 = sizeofIRType(tmp);
14030	size = (HWord )tmp___0;		14111	size = (HWord )tmp___0;
14031	tmp___5 = vgDrd_any_address_is_traced();		14112	tmp___5 = vgDrd_any_address_is_traced();
14032	if (tmp___5) {		14113	if (tmp___5) {
14033	tmp___6 = 1;		14114	tmp___6 = 1;
14034	} else {		14115	} else {
14035	tmp___6 = 0;		14116	tmp___6 = 0;
14036	}		14117	}
14037	tmp___7 = __builtin_expect((long )tmp___6, 0L);		14118	tmp___7 = __builtin_expect((long )tmp___6, 0L);
14038	if (tmp___7) {		14119	if (tmp___7) {
14039	tmp___2 = typeOfIRExpr(bb->tyenv, addr_expr);		14120	tmp___2 = typeOfIRExpr(bb->tyenv, addr_expr);
14040	tmp___3 = newIRTemp(bb->tyenv, tmp___2);		14121	tmp___3 = newIRTemp(bb->tyenv, tmp___2);
14041	tmp___1 = tmp___3;		14122	tmp___1 = tmp___3;
14042	tmp___4 = IRStmt_WrTmp(tmp___1, addr_expr);		14123	tmp___4 = IRStmt_WrTmp(tmp___1, addr_expr);
14043	addStmtToIRSB((IRSB *)bb, tmp___4);		14124	addStmtToIRSB((IRSB *)bb, tmp___4);
14044	addr_expr = IRExpr_RdTmp(tmp___1);		14125	addr_expr = IRExpr_RdTmp(tmp___1);
14045	instr_trace_mem_store(bb, (IRExpr */* const  */)addr_expr,		14126	instr_trace_mem_store(bb, (IRExpr */* const  */)addr_expr,
14046	(IRExpr *)((void *)0), (IRExpr *)data_expr);		14127	(IRExpr *)((void *)0), (IRExpr *)data_expr);
14047	} else {		14128	} else {
14048			14129
14049	}		14130	}
14050	if (! s_check_stack_accesses) {		14131	if (! s_check_stack_accesses) {
14051	tmp___8 = is_stack_access(bb, (IRExpr */* const  */)addr_expr);		14132	tmp___8 = is_stack_access(bb, (IRExpr */* const  */)addr_expr);
14052	if (tmp___8) {		14133	if (tmp___8) {
14053	return;		14134	return;
14054	} else {		14135	} else {
14055			14136
14056	}		14137	}
14057	} else {		14138	} else {
14058			14139
14059	}		14140	}
14060	switch (size) {		14141	switch (size) {
14061	case 1UL:		14142	case 1UL:
14062	argv = mkIRExprVec_1(addr_expr);		14143	argv = mkIRExprVec_1(addr_expr);
14063	tmp___9 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_1));		14144	tmp___9 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_1));
14064	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_1", tmp___9, argv);		14145	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_1", tmp___9, argv);
14065	break;		14146	break;
14066	case 2UL:		14147	case 2UL:
14067	argv = mkIRExprVec_1(addr_expr);		14148	argv = mkIRExprVec_1(addr_expr);
14068	tmp___10 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_2));		14149	tmp___10 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_2));
14069	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_2", tmp___10, argv);		14150	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_2", tmp___10, argv);
14070	break;		14151	break;
14071	case 4UL:		14152	case 4UL:
14072	argv = mkIRExprVec_1(addr_expr);		14153	argv = mkIRExprVec_1(addr_expr);
14073	tmp___11 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_4));		14154	tmp___11 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_4));
14074	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_4", tmp___11, argv);		14155	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_4", tmp___11, argv);
14075	break;		14156	break;
14076	case 8UL:		14157	case 8UL:
14077	argv = mkIRExprVec_1(addr_expr);		14158	argv = mkIRExprVec_1(addr_expr);
14078	tmp___12 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_8));		14159	tmp___12 = vgPlain_fnptr_to_fnentry((void *)(& drd_trace_store_8));
14079	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_8", tmp___12, argv);		14160	di = unsafeIRDirty_0_N(1, (HChar *)"drd_trace_store_8", tmp___12, argv);
14080	break;		14161	break;
14081	default:		14162	default:
14082	size_expr = mkIRExpr_HWord(size);		14163	size_expr = mkIRExpr_HWord(size);
14083	argv = mkIRExprVec_2(addr_expr, size_expr);		14164	argv = mkIRExprVec_2(addr_expr, size_expr);
14084	tmp___13 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_store));		14165	tmp___13 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_store));
14085	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_store", tmp___13, argv);		14166	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_store", tmp___13, argv);
14086	break;		14167	break;
14087	}		14168	}
14088	tmp___14 = IRStmt_Dirty(di);		14169	tmp___14 = IRStmt_Dirty(di);
14089	addStmtToIRSB((IRSB *)bb, tmp___14);		14170	addStmtToIRSB((IRSB *)bb, tmp___14);
14090	return;		14171	return;
14091	}		14172	}
14092	}		14173	}
14093	IRSB *vgDrd_instrument(VgCallbackClosure * const  closure ,		14174	IRSB *vgDrd_instrument(VgCallbackClosure * const  closure ,
14094	IRSB * const  bb_in , VexGuestLayout * const  layout ,		14175	IRSB * const  bb_in , VexGuestLayout * const  layout ,
14095	VexGuestExtents * const  vge , IRType const   gWordTy ,		14176	VexGuestExtents * const  vge , IRType const   gWordTy ,
14096	IRType const   hWordTy )		14177	IRType const   hWordTy )
14097	{		14178	{
14098	IRDirty *di ;		14179	IRDirty *di ;
14099	Int i ;		14180	Int i ;
14100	IRSB *bb ;		14181	IRSB *bb ;
14101	IRExpr **argv ;		14182	IRExpr **argv ;
14102	Bool instrument ;		14183	Bool instrument ;
14103	IRStmt *st ;		14184	IRStmt *st ;
14104	long tmp ;		14185	long tmp ;
14105	Bool tmp___0 ;		14186	Bool tmp___0 ;
14106	int tmp___1 ;		14187	int tmp___1 ;
14107	long tmp___2 ;		14188	long tmp___2 ;
14108	VgSectKind tmp___3 ;		14189	VgSectKind tmp___3 ;
14109	long tmp___4 ;		14190	long tmp___4 ;
14110	IRExpr const   *data ;		14191	IRExpr const   *data ;
14111	IRExpr *addr_expr ;		14192	IRExpr *addr_expr ;
14112	Int tmp___5 ;		14193	Int tmp___5 ;
14113	Bool tmp___6 ;		14194	Bool tmp___6 ;
14114	int tmp___7 ;		14195	int tmp___7 ;
14115	long tmp___8 ;		14196	long tmp___8 ;
14116	Int tmp___9 ;		14197	Int tmp___9 ;
14117	IRDirty *d ;		14198	IRDirty *d ;
14118	IREffect mFx ;		14199	IREffect mFx ;
14119	long tmp___10 ;		14200	long tmp___10 ;
14120	long tmp___11 ;		14201	long tmp___11 ;
14121	IRExpr *tmp___12 ;		14202	IRExpr *tmp___12 ;
14122	void *tmp___13 ;		14203	void *tmp___13 ;
14123	IRStmt *tmp___14 ;		14204	IRStmt *tmp___14 ;
14124	void *tmp___15 ;		14205	void *tmp___15 ;
14125	IRStmt *tmp___16 ;		14206	IRStmt *tmp___16 ;
14126	long tmp___17 ;		14207	long tmp___17 ;
14127	Int dataSize ;		14208	Int dataSize ;
14128	IRCAS *cas ;		14209	IRCAS *cas ;
14129	long tmp___18 ;		14210	long tmp___18 ;
14130	long tmp___19 ;		14211	long tmp___19 ;
14131	IRType tmp___20 ;		14212	IRType tmp___20 ;
14132	Bool tmp___21 ;		14213	Bool tmp___21 ;
14133	int tmp___22 ;		14214	int tmp___22 ;
14134	long tmp___23 ;		14215	long tmp___23 ;
14135	IRType dataTy ;		14216	IRType dataTy ;
14136	IRExpr *addr_expr___0 ;		14217	IRExpr *addr_expr___0 ;
14137	Int tmp___24 ;		14218	Int tmp___24 ;
14138	Bool tmp___25 ;		14219	Bool tmp___25 ;
14139	int tmp___26 ;		14220	int tmp___26 ;
14140	long tmp___27 ;		14221	long tmp___27 ;
14141	Int tmp___28 ;		14222	Int tmp___28 ;
14142	long tmp___29 ;		14223	long tmp___29 ;
14143			14224
14144	{		14225	{
14145	instrument = (Bool )1;		14226	instrument = (Bool )1;
14146	bb = emptyIRSB();		14227	bb = emptyIRSB();
14147	bb->tyenv = deepCopyIRTypeEnv(bb_in->tyenv);		14228	bb->tyenv = deepCopyIRTypeEnv(bb_in->tyenv);
14148	bb->next = deepCopyIRExpr(bb_in->next);		14229	bb->next = deepCopyIRExpr(bb_in->next);
14149	bb->jumpkind = bb_in->jumpkind;		14230	bb->jumpkind = bb_in->jumpkind;
14150	i = 0;		14231	i = 0;
14151	while (i < bb_in->stmts_used) {		14232	while (i < bb_in->stmts_used) {
14152	st = *(bb_in->stmts + i);		14233	st = *(bb_in->stmts + i);
14153	tmp = __builtin_expect((long )(! (! st)), 1L);		14234	tmp = __builtin_expect((long )(! (! st)), 1L);
14154	if (tmp) {		14235	if (tmp) {
14155			14236
14156	} else {		14237	} else {
14157	vgPlain_assert_fail((Bool )0, (Char const   *)"st",		14238	vgPlain_assert_fail((Bool )0, (Char const   *)"st",
14158	(Char const   *)"drd_load_store.c", 599,		14239	(Char const   *)"drd_load_store.c", 599,
14159	(Char const   *)"vgDrd_instrument", "");		14240	(Char const   *)"vgDrd_instrument", "");
14160	}		14241	}
14161	tmp___0 = isFlatIRStmt(st);		14242	tmp___0 = isFlatIRStmt(st);
14162	if (tmp___0) {		14243	if (tmp___0) {
14163	tmp___1 = 1;		14244	tmp___1 = 1;
14164	} else {		14245	} else {
14165	tmp___1 = 0;		14246	tmp___1 = 0;
14166	}		14247	}
14167	tmp___2 = __builtin_expect((long )tmp___1, 1L);		14248	tmp___2 = __builtin_expect((long )tmp___1, 1L);
14168	if (tmp___2) {		14249	if (tmp___2) {
14169			14250
14170	} else {		14251	} else {
14171	vgPlain_assert_fail((Bool )0, (Char const   *)"isFlatIRStmt(st)",		14252	vgPlain_assert_fail((Bool )0, (Char const   *)"isFlatIRStmt(st)",
14172	(Char const   *)"drd_load_store.c", 600,		14253	(Char const   *)"drd_load_store.c", 600,
14173	(Char const   *)"vgDrd_instrument", "");		14254	(Char const   *)"vgDrd_instrument", "");
14174	}		14255	}
14175	switch ((unsigned int )st->tag) {		14256	switch ((unsigned int )st->tag) {
14176	case 102401U:		14257	case 102401U:
14177	tmp___3 = vgPlain_DebugInfo_sect_kind((UChar *)((void *)0), (SizeT )0,		14258	tmp___3 = vgPlain_DebugInfo_sect_kind((UChar *)((void *)0), (SizeT )0,
14178	(Addr )st->Ist.IMark.addr);		14259	(Addr )st->Ist.IMark.addr);
14179	instrument = (Bool )((unsigned int )tmp___3 != 5U);		14260	instrument = (Bool )((unsigned int )tmp___3 != 5U);
14180	addStmtToIRSB(bb, st);		14261	addStmtToIRSB(bb, st);
14181	break;		14262	break;
14182	case 102410U:		14263	case 102410U:
14183	switch ((unsigned int )st->Ist.MBE.event) {		14264	switch ((unsigned int )st->Ist.MBE.event) {
14184	case 98304U:		14265	case 98304U:
14185	break;		14266	break;
14186	default:		14267	default:
14187	tmp___4 = __builtin_expect(0L, 1L);		14268	tmp___4 = __builtin_expect(0L, 1L);
14188	if (tmp___4) {		14269	if (tmp___4) {
14189			14270
14190	} else {		14271	} else {
14191	vgPlain_assert_fail((Bool )0, (Char const   *)"0",		14272	vgPlain_assert_fail((Bool )0, (Char const   *)"0",
14192	(Char const   *)"drd_load_store.c", 622,		14273	(Char const   *)"drd_load_store.c", 622,
14193	(Char const   *)"vgDrd_instrument", "");		14274	(Char const   *)"vgDrd_instrument", "");
14194	}		14275	}
14195	}		14276	}
14196	addStmtToIRSB(bb, st);		14277	addStmtToIRSB(bb, st);
14197	break;		14278	break;
14198	case 102406U:		14279	case 102406U:
14199	if (instrument) {		14280	if (instrument) {
14200	instrument_store((IRSB */* const  */)bb, st->Ist.Store.addr,		14281	instrument_store((IRSB */* const  */)bb, st->Ist.Store.addr,
14201	(IRExpr */* const  */)st->Ist.Store.data);		14282	(IRExpr */* const  */)st->Ist.Store.data);
14202	} else {		14283	} else {
14203			14284
14204	}		14285	}
14205	addStmtToIRSB(bb, st);		14286	addStmtToIRSB(bb, st);
14206	break;		14287	break;
14207	case 102405U:		14288	case 102405U:
14208	if (instrument) {		14289	if (instrument) {
14209	data = (IRExpr const   *)st->Ist.WrTmp.data;		14290	data = (IRExpr const   *)st->Ist.WrTmp.data;
14210	addr_expr = (IRExpr *)data->Iex.Load.addr;		14291	addr_expr = (IRExpr *)data->Iex.Load.addr;
14211	if ((unsigned int const   )data->tag == 86024U) {		14292	if ((unsigned int const   )data->tag == 86024U) {
14212	tmp___6 = vgDrd_any_address_is_traced();		14293	tmp___6 = vgDrd_any_address_is_traced();
14213	if (tmp___6) {		14294	if (tmp___6) {
14214	tmp___7 = 1;		14295	tmp___7 = 1;
14215	} else {		14296	} else {
14216	tmp___7 = 0;		14297	tmp___7 = 0;
14217	}		14298	}
14218	tmp___8 = __builtin_expect((long )tmp___7, 0L);		14299	tmp___8 = __builtin_expect((long )tmp___7, 0L);
14219	if (tmp___8) {		14300	if (tmp___8) {
14220	tmp___5 = sizeofIRType((IRType )data->Iex.Load.ty);		14301	tmp___5 = sizeofIRType((IRType )data->Iex.Load.ty);
14221	addr_expr = instr_trace_mem_load((IRSB */* const  */)bb, addr_expr,		14302	addr_expr = instr_trace_mem_load((IRSB */* const  */)bb, addr_expr,
14222	(HWord const   )tmp___5);		14303	(HWord const   )tmp___5);
14223	} else {		14304	} else {
14224			14305
14225	}		14306	}
14226	tmp___9 = sizeofIRType((IRType )data->Iex.Load.ty);		14307	tmp___9 = sizeofIRType((IRType )data->Iex.Load.ty);
14227	instrument_load((IRSB */* const  */)bb, data->Iex.Load.addr,		14308	instrument_load((IRSB */* const  */)bb, data->Iex.Load.addr,
14228	(HWord const   )tmp___9);		14309	(HWord const   )tmp___9);
14229	} else {		14310	} else {
14230			14311
14231	}		14312	}
14232	} else {		14313	} else {
14233			14314
14234	}		14315	}
14235	addStmtToIRSB(bb, st);		14316	addStmtToIRSB(bb, st);
14236	break;		14317	break;
14237	case 102409U:		14318	case 102409U:
14238	if (instrument) {		14319	if (instrument) {
14239	d = st->Ist.Dirty.details;		14320	d = st->Ist.Dirty.details;
14240	mFx = d->mFx;		14321	mFx = d->mFx;
14241	switch ((unsigned int )mFx) {		14322	switch ((unsigned int )mFx) {
14242	case 94208U:		14323	case 94208U:
14243	break;		14324	break;
14244	case 94211U:		14325	case 94211U:
14245	case 94210U:		14326	case 94210U:
14246	case 94209U:		14327	case 94209U:
14247	tmp___10 = __builtin_expect((long )(! (! d->mAddr)), 1L);		14328	tmp___10 = __builtin_expect((long )(! (! d->mAddr)), 1L);
14248	if (tmp___10) {		14329	if (tmp___10) {
14249			14330
14250	} else {		14331	} else {
14251	vgPlain_assert_fail((Bool )0, (Char const   *)"d->mAddr",		14332	vgPlain_assert_fail((Bool )0, (Char const   *)"d->mAddr",
14252	(Char const   *)"drd_load_store.c", 659,		14333	(Char const   *)"drd_load_store.c", 659,
14253	(Char const   *)"vgDrd_instrument", "");		14334	(Char const   *)"vgDrd_instrument", "");
14254	}		14335	}
14255	tmp___11 = __builtin_expect((long )(! (! (d->mSize > 0))), 1L);		14336	tmp___11 = __builtin_expect((long )(! (! (d->mSize > 0))), 1L);
14256	if (tmp___11) {		14337	if (tmp___11) {
14257			14338
14258	} else {		14339	} else {
14259	vgPlain_assert_fail((Bool )0, (Char const   *)"d->mSize > 0",		14340	vgPlain_assert_fail((Bool )0, (Char const   *)"d->mSize > 0",
14260	(Char const   *)"drd_load_store.c", 660,		14341	(Char const   *)"drd_load_store.c", 660,
14261	(Char const   *)"vgDrd_instrument", "");		14342	(Char const   *)"vgDrd_instrument", "");
14262	}		14343	}
14263	tmp___12 = mkIRExpr_HWord((HWord )d->mSize);		14344	tmp___12 = mkIRExpr_HWord((HWord )d->mSize);
14264	argv = mkIRExprVec_2(d->mAddr, tmp___12);		14345	argv = mkIRExprVec_2(d->mAddr, tmp___12);
14265	if ((unsigned int )mFx == 94209U) {		14346	if ((unsigned int )mFx == 94209U) {
14266	tmp___13 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_load));		14347	tmp___13 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_load));
14267	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_load", tmp___13, argv);		14348	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_load", tmp___13, argv);
14268	tmp___14 = IRStmt_Dirty(di);		14349	tmp___14 = IRStmt_Dirty(di);
14269	addStmtToIRSB(bb, tmp___14);		14350	addStmtToIRSB(bb, tmp___14);
14270	} else		14351	} else
14271	if ((unsigned int )mFx == 94211U) {		14352	if ((unsigned int )mFx == 94211U) {
14272	tmp___13 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_load));		14353	tmp___13 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_load));
14273	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_load", tmp___13, argv);		14354	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_load", tmp___13, argv);
14274	tmp___14 = IRStmt_Dirty(di);		14355	tmp___14 = IRStmt_Dirty(di);
14275	addStmtToIRSB(bb, tmp___14);		14356	addStmtToIRSB(bb, tmp___14);
14276	} else {		14357	} else {
14277			14358
14278	}		14359	}
14279	if ((unsigned int )mFx == 94210U) {		14360	if ((unsigned int )mFx == 94210U) {
14280	tmp___15 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_store));		14361	tmp___15 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_store));
14281	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_store", tmp___15, argv);		14362	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_store", tmp___15, argv);
14282	tmp___16 = IRStmt_Dirty(di);		14363	tmp___16 = IRStmt_Dirty(di);
14283	addStmtToIRSB(bb, tmp___16);		14364	addStmtToIRSB(bb, tmp___16);
14284	} else		14365	} else
14285	if ((unsigned int )mFx == 94211U) {		14366	if ((unsigned int )mFx == 94211U) {
14286	tmp___15 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_store));		14367	tmp___15 = vgPlain_fnptr_to_fnentry((void *)(& vgDrd_trace_store));
14287	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_store", tmp___15, argv);		14368	di = unsafeIRDirty_0_N(2, (HChar *)"drd_trace_store", tmp___15, argv);
14288	tmp___16 = IRStmt_Dirty(di);		14369	tmp___16 = IRStmt_Dirty(di);
14289	addStmtToIRSB(bb, tmp___16);		14370	addStmtToIRSB(bb, tmp___16);
14290	} else {		14371	} else {
14291			14372
14292	}		14373	}
14293	break;		14374	break;
14294	default:		14375	default:
14295	tmp___17 = __builtin_expect(0L, 1L);		14376	tmp___17 = __builtin_expect(0L, 1L);
14296	if (tmp___17) {		14377	if (tmp___17) {
14297			14378
14298	} else {		14379	} else {
14299	vgPlain_assert_fail((Bool )0, (Char const   *)"0",		14380	vgPlain_assert_fail((Bool )0, (Char const   *)"0",
14300	(Char const   *)"drd_load_store.c", 681,		14381	(Char const   *)"drd_load_store.c", 681,
14301	(Char const   *)"vgDrd_instrument", "");		14382	(Char const   *)"vgDrd_instrument", "");
14302	}		14383	}
14303	}		14384	}
14304	} else {		14385	} else {
14305			14386
14306	}		14387	}
14307	addStmtToIRSB(bb, st);		14388	addStmtToIRSB(bb, st);
14308	break;		14389	break;
14309	case 102407U:		14390	case 102407U:
14310	if (instrument) {		14391	if (instrument) {
14311	cas = st->Ist.CAS.details;		14392	cas = st->Ist.CAS.details;
14312	tmp___18 = __builtin_expect((long )(! (! ((unsigned int )cas->addr != (unsigned int )((void *)0)))),		14393	tmp___18 = __builtin_expect((long )(! (! ((unsigned int )cas->addr != (unsigned int )((void *)0)))),
14313	1L);		14394	1L);
14314	if (tmp___18) {		14395	if (tmp___18) {
14315			14396
14316	} else {		14397	} else {
14317	vgPlain_assert_fail((Bool )0, (Char const   *)"cas->addr != NULL",		14398	vgPlain_assert_fail((Bool )0, (Char const   *)"cas->addr != NULL",
14318	(Char const   *)"drd_load_store.c", 700,		14399	(Char const   *)"drd_load_store.c", 700,
14319	(Char const   *)"vgDrd_instrument", "");		14400	(Char const   *)"vgDrd_instrument", "");
14320	}		14401	}
14321	tmp___19 = __builtin_expect((long )(! (! ((unsigned int )cas->dataLo != (unsigned int )((void *)0)))),		14402	tmp___19 = __builtin_expect((long )(! (! ((unsigned int )cas->dataLo != (unsigned int )((void *)0)))),
14322	1L);		14403	1L);
14323	if (tmp___19) {		14404	if (tmp___19) {
14324			14405
14325	} else {		14406	} else {
14326	vgPlain_assert_fail((Bool )0, (Char const   *)"cas->dataLo != NULL",		14407	vgPlain_assert_fail((Bool )0, (Char const   *)"cas->dataLo != NULL",
14327	(Char const   *)"drd_load_store.c", 701,		14408	(Char const   *)"drd_load_store.c", 701,
14328	(Char const   *)"vgDrd_instrument", "");		14409	(Char const   *)"vgDrd_instrument", "");
14329	}		14410	}
14330	tmp___20 = typeOfIRExpr(bb->tyenv, cas->dataLo);		14411	tmp___20 = typeOfIRExpr(bb->tyenv, cas->dataLo);
14331	dataSize = sizeofIRType(tmp___20);		14412	dataSize = sizeofIRType(tmp___20);
14332	if ((unsigned int )cas->dataHi != (unsigned int )((void *)0)) {		14413	if ((unsigned int )cas->dataHi != (unsigned int )((void *)0)) {
14333	dataSize *= 2;		14414	dataSize *= 2;
14334	} else {		14415	} else {
14335			14416
14336	}		14417	}
14337	tmp___21 = vgDrd_any_address_is_traced();		14418	tmp___21 = vgDrd_any_address_is_traced();
14338	if (tmp___21) {		14419	if (tmp___21) {
14339	tmp___22 = 1;		14420	tmp___22 = 1;
14340	} else {		14421	} else {
14341	tmp___22 = 0;		14422	tmp___22 = 0;
14342	}		14423	}
14343	tmp___23 = __builtin_expect((long )tmp___22, 0L);		14424	tmp___23 = __builtin_expect((long )tmp___22, 0L);
14344	if (tmp___23) {		14425	if (tmp___23) {
14345	instr_trace_mem_store((IRSB */* const  */)bb,		14426	instr_trace_mem_store((IRSB */* const  */)bb,
14346	(IRExpr */* const  */)cas->addr, cas->dataHi,		14427	(IRExpr */* const  */)cas->addr, cas->dataHi,
14347	cas->dataLo);		14428	cas->dataLo);
14348	} else {		14429	} else {
14349			14430
14350	}		14431	}
14351	instrument_load((IRSB */* const  */)bb, (IRExpr */* const  */)cas->addr,		14432	instrument_load((IRSB */* const  */)bb, (IRExpr */* const  */)cas->addr,
14352	(HWord const   )dataSize);		14433	(HWord const   )dataSize);
14353	} else {		14434	} else {
14354			14435
14355	}		14436	}
14356	addStmtToIRSB(bb, st);		14437	addStmtToIRSB(bb, st);
14357	break;		14438	break;
14358	case 102408U:		14439	case 102408U:
14359	if ((unsigned int )st->Ist.LLSC.storedata == (unsigned int )((void *)0)) {		14440	if ((unsigned int )st->Ist.LLSC.storedata == (unsigned int )((void *)0)) {
14360	dataTy = typeOfIRTemp(bb_in->tyenv, st->Ist.LLSC.result);		14441	dataTy = typeOfIRTemp(bb_in->tyenv, st->Ist.LLSC.result);
14361	if (instrument) {		14442	if (instrument) {
14362	addr_expr___0 = st->Ist.LLSC.addr;		14443	addr_expr___0 = st->Ist.LLSC.addr;
14363	tmp___25 = vgDrd_any_address_is_traced();		14444	tmp___25 = vgDrd_any_address_is_traced();
14364	if (tmp___25) {		14445	if (tmp___25) {
14365	tmp___26 = 1;		14446	tmp___26 = 1;
14366	} else {		14447	} else {
14367	tmp___26 = 0;		14448	tmp___26 = 0;
14368	}		14449	}
14369	tmp___27 = __builtin_expect((long )tmp___26, 0L);		14450	tmp___27 = __builtin_expect((long )tmp___26, 0L);
14370	if (tmp___27) {		14451	if (tmp___27) {
14371	tmp___24 = sizeofIRType(dataTy);		14452	tmp___24 = sizeofIRType(dataTy);
14372	addr_expr___0 = instr_trace_mem_load((IRSB */* const  */)bb,		14453	addr_expr___0 = instr_trace_mem_load((IRSB */* const  */)bb,
14373	addr_expr___0,		14454	addr_expr___0,
14374	(HWord const   )tmp___24);		14455	(HWord const   )tmp___24);
14375	} else {		14456	} else {
14376			14457
14377	}		14458	}
14378	tmp___28 = sizeofIRType(dataTy);		14459	tmp___28 = sizeofIRType(dataTy);
14379	instrument_load((IRSB */* const  */)bb,		14460	instrument_load((IRSB */* const  */)bb,
14380	(IRExpr */* const  */)addr_expr___0,		14461	(IRExpr */* const  */)addr_expr___0,
14381	(HWord const   )tmp___28);		14462	(HWord const   )tmp___28);
14382	} else {		14463	} else {
14383			14464
14384	}		14465	}
14385	} else {		14466	} else {
14386	instr_trace_mem_store((IRSB */* const  */)bb,		14467	instr_trace_mem_store((IRSB */* const  */)bb,
14387	(IRExpr */* const  */)st->Ist.LLSC.addr,		14468	(IRExpr */* const  */)st->Ist.LLSC.addr,
14388	(IRExpr *)((void *)0), st->Ist.LLSC.storedata);		14469	(IRExpr *)((void *)0), st->Ist.LLSC.storedata);
14389	}		14470	}
14390	addStmtToIRSB(bb, st);		14471	addStmtToIRSB(bb, st);
14391	break;		14472	break;
14392	case 102411U:		14473	case 102411U:
14393	case 102404U:		14474	case 102404U:
14394	case 102403U:		14475	case 102403U:
14395	case 102402U:		14476	case 102402U:
14396	case 102400U:		14477	case 102400U:
14397	addStmtToIRSB(bb, st);		14478	addStmtToIRSB(bb, st);
14398	break;		14479	break;
14399	default:		14480	default:
14400	ppIRStmt(st);		14481	ppIRStmt(st);
14401	tmp___29 = __builtin_expect(0L, 1L);		14482	tmp___29 = __builtin_expect(0L, 1L);
14402	if (tmp___29) {		14483	if (tmp___29) {
14403			14484
14404	} else {		14485	} else {
14405	vgPlain_assert_fail((Bool )0, (Char const   *)"0",		14486	vgPlain_assert_fail((Bool )0, (Char const   *)"0",
14406	(Char const   *)"drd_load_store.c", 752,		14487	(Char const   *)"drd_load_store.c", 752,
14407	(Char const   *)"vgDrd_instrument", "");		14488	(Char const   *)"vgDrd_instrument", "");
14408	}		14489	}
14409	}		14490	}
14410	i ++;		14491	i ++;
14411	}		14492	}
14412	return (bb);		14493	return (bb);
14413	}		14494	}
14414	}		14495	}